会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 1

®

Blast abrasive

Our lineup of various abrasives with grain sizes of 1μm to 2,000μm increases the possibilities of blasting even further. More than 400 varieties of abrasives. Our lineup of abrasives that vary widely in terms of hardness, grain size, shape, and other characteristics supports diverse processing with blast. We enjoy a high reputation not only for the quality of the materials, but also for homogeneity and durability as well. Lineup of representative abrasives Type Article Shape Main characteristics and uses

Soft type Plastics-based. Low in hardness and suited for processing resin Nylon Beads Cylindrical products.

Plastics-based. Harder than nylon and used widely in deburring, Polyplus Polygonal cleaning and other applications.

Nylon Beads Polyplus Peach Plant-based. Low in hardness and performs polishing without Peach Polygonal scratching the workpieces. Fuji Manufacturing Co., Ltd. Head office/works Company Profile Water-soluble. Suited for processing operations that do not Eco-Soft Polygonal 5-2-24 Matsue, Edogawa-ku, Tokyo 〒132-0025 Eco-Soft tolerate abrasive residues. TEL：+813-03-3686-2291 FAX：+813-03-3686-5045

Semi-hard type Reduced Iron Polygonal Metal-based. An abrasive indispensable for alumite processing. ■ Powder Nagoya Office Metal-based. Low in hardness. Therefore used in removing burrs Stainless Beads Spherical 8 Himewaka-cho, Meito-ku, Nagoya 〒465-0045 and scales, among other uses. TEL：052-703-2291 FAX：052-703-2443

Reduced Iron Powder Stainless Beads SUS Round Cut Wire SUS Round Cut Metal-based. Does not wear much and lasts long. Used in ■ Spherical Wire removing scales and for other applications. Osaka Office 11-17 Toyotsu-cho, Suita-shi, Osaka 〒564-0051 Fuji Glass Beads Spherical Metal-based. An abrasive indispensable for alumite processing. Fuji Glass Beads TEL：06-6190-2323 FAX：06-6190-2280

Hard type Metal-based. This abrasive is used most widely in blast and used ■ Steel Shot Spherical in removing burrs and scales, and in shot peening. Ibaraki Works 〒 Metal-based. Used in removing burrs and scales, and in shot 4611-3 Shimoota, Inashiki-shi, Ibaraki-ken 300-1424 Steal Beads Spherical peening and WPC processing as well. TEL：0297-60-6211 FAX：0297-60-6213

Steel Shot Steal Beads Zircon Beads Ceramics-based. This abrasive does not break easily and wears Zircon Beads Spherical little. Resistant to work powder and other contaminants, and maintains the quality of high-purity abrasives. http://www.fujimfg.co.jp Superhard type Ceramics-based. One of the representative abrasives and used Fuji Rundum A/WA Polygonal widely in blasting for deburring, surface preparation and other purposes

Ceramics-based. Harder than Fuji Rundum A/WA and used for Fuji Rundum C Polygonal high-hardness work. Fuji Rundum C Fuji Superhard

The highest-hardness abrasive. For special processing of Fuji Superhard Polygonal sapphires, SiC monocrystals and other materials. Fuji Rundum A/WA

Special type An elastic composite with abrasive grains kneaded in it. Only used SIRIUS Medium Special for SIRIUS processing.

Solid Lubricant Special For WPC processing. Transforms surfaces for greater slidability. SIRIUS Medium Solid Lubricant

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Roller conveyor machine (For large substrate) Partition wall machine Blower type machine Inner and outer surface processing machine For the unlimited possibilities of blast, In line blast machine with process width of 3,000mm for Space saving machine to blast the whole upper surface of a Automated machine with energy saving feature to run Workpiece or nozzle will rotate.( For cylinders or drums) large substrate workpiece of PDP, LCD etc. workpiece in a cabinet that is only a little bigger than the without compressor. With professionals in their serious attitudes. workpiece.

"Blast" is used in all fields ranging from aircraft, automobiles and IT products to wooden and glass artifacts, and has now become a technology indispensable in production scenes. At Fuji Manufacturing, we have, been developing new high-value-added technologies one after another while responding to various Batch process machine Wet blast machine Vacuum blast machine customer needs as a pioneer in blast technology ever since the development of Maskless machine for thin film solar cell High precision processing machine Machines to blast amount of small workpieces as a Machine for wet or oily Machine for large workpiece that does cabinet-type equipment in 1957 by asking batch process. workpieces. not fit into a cabinet. ourselves: "Isn't it possible to do this and This machine can blast straight line on the workpiece without This machine conveys a large substrate workpiece in a using masks and free from dust adhesion on the surface. that?". These efforts have been supported by vertical position and blast its both surfaces. our engineers' lively curiosity and serious attitude as professionals. Ideas that were 9a. Example of previously just dreams have come true as automatic process of products one by one. Behind all that, there cylinder. must be our technology. As the members of Fuji Manufacturing, we will continue exploring the unlimited possibilities of blast technology as a pioneer and leader in that field, and delivering new technologies useful to various 7a. Type L : For small pieces, 7b. Type BL: For medium size industries and society. We will make even more small amount work pieces, large amount dreams come true in the future.

Manual blast chamber Machine for extra large workpiece. The operator would work in the Dry ice rotary table machine Manual machines for specific use chamber with protective cloths on. Optional low floor type machine achieves floor level of GL + 400mm. (no pit required) The machine for automatic continuous precision deburring for rubber, aluminum, plastics, etc., SIRIUS without cleaning process.

Polishing machine In all fields, in various ■ Glass, ceramics : Asahi Glass Co., Ltd., Ishizuka Glass ■ Nonferrous metals : Showa Denko K.K., Sumitomo Co., Ltd., Okamoto Glass Co., Ltd., Kyushu Refractories Co., Electric Industries, Ltd., Tanaka Kikinzoku Kogyo K.K., Dowa industries Ltd., Covalent Materials Corporation, Taiheiyo Cement Electronics Co., Ltd., Nippon Light Metal Co., Ltd., Nippon 【Main corporate clients】 Corporation, Toto Ltd., Tokai Carbon Co., Ltd., Toyo Tanso Mining & Metals Co., Ltd., Hitachi Cable, Ltd., Fujikura Ltd., Machine for clean room Co., Ltd., Noritake Co., Limited., Nippon Sheet Glass Co., Furukawa Electric Co., Ltd., Mitsui Mining & Smelting Co., use. Ltd., NGK Insulators, Ltd., NGK Spark Plug Co., Ltd. Ltd., Mitsubishi Materials Corporation, Ryobi Limited ■ Chemistry : Kuraray Co., Ltd., Showa Denko K.K., Shin- ■ Steel : Kobe Steel, Ltd., Sanyo Special Steel Co., Ltd., ■ Machinery : Asahi Diamond Industrial Co., Ltd., SMC Etsu Chemical Group, Sumitomo Chemical Co., Ltd., Nippon Steel Corporation, JFE Holdings, Inc., Sumitomo Corporation, EBARA Corporation, OSG Corporation, Sumitomo Bakelite Co., Ltd., Tokyo Ohka Kogyo Co., Ltd., Metal Mining Co., Ltd., Daido Steel Co., Ltd., Nippon Komatsu Ltd., Sanden Corporation, ShinMaywa Industries, Nihon Parkerizing Co., Ltd., Fujifilm Corporation Koshuha Steel Co., Ltd., Hitachi Metals Group Ltd., Tungaloy Corporation, Tsubakimoto Chain Co., Teikoku Disk type pencil ■ Rubber : Achilles Corporation, Sumitomo Rubber ■ Metal products : NSK-Warner K.K., JS Group Piston Ring Co., Ltd., NSK Ltd., Nabtesco Corporation, blasting machine Sodium bicarbonate Industries, Ltd., Toyo Tire & Rubber Co., Ltd., Bridgestone Corporation, Chuo Spring Co., Ltd., Tocalo Co., Ltd., NHK Nippon Piston Ring Co., Ltd., Brother Industries, Ltd., Hitachi Automatic Dry-ice Blaster (φ1.0) (#220 ̃#3000) blast machine Group, Michelin Okamoto Tire Corp., The Yokohama Rubber Spring Co., Ltd Tool Engineering, Ltd., Mitsubishi Heavy Industries, Ltd., Co., Ltd Minebea Co., Ltd., Riken Corporation, Ricoh Company, Ltd We will design and manufacture tailor-made machines to meet customers’requirements, in addition to standard product line of general-purpose machines. 1 17 18 会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 2

Some examples of Pneuma-Blaster the No.1 share of the domestic market. As a pioneer and the top-ranking manufacturer in blast

1950: Founded as a compressor manufacturer at Nishiichiinoe, Edogawa-ku, Tokyo. Rotary table with open window machine Indexing rotary table machine (Planetary machine) Multi axis machine Robot machine 1957: Manufactured and delivered Japan's first unit (SF type) for a cabinet-type Excellent in versatility, for continuous and batch process. Indexing table to equip satellite small tables to rotate small Carriage type machine combined with multi axis (X,Z,θ1, Carriage type machine combined with robot to accommodate 1950 siphon blaster. 1957 to medium size workpieces while blasting. θ2) to accommodate various kind of work pieces with complicated shapes. 1959: Established "Fuji Manufacturing Incorporated." Capital: work pieces. 1959 500,000 yen.

1961 1961: Successfully developed gravity-type sandblasters (SG type).

1970 1970: Reorganized as "Fuji Manufacturing Co., Ltd."

1971: Standardized the names of its 1971 sandblasters as "Pneuma Blasters."

1977: Opened Nagoya Office. 1977

1978: Moved head office/works to a newly 1978 built facility at the present location.

1985: Achieved a cumulative total of 1985 10,000 sandblasters delivered.

1986: Eatablished Japan Blast Process Researches Co., 1986 Ltd.(in charge of sandblasting on commission). Head office/works

Internal table machine Bouncing conveyor machine 1990: Increased capital to 120 million yen. Acquired patents for its surface heat-treatment 1990 process for metal products (WPC processing). Work pieces should be placed on a large table and blasted Workpiece can be blasted on its whole surface without being Rotary table with suction type machine Wire processing machine held. The machine is also good in in-line configuration 1993: Delivered the first blaster designed on their upper surface. 1993 thanks to horizontal conveyor. A thin substrate workpiece can be retained to the large table A production line machine to blast the whole surface of wire specifically for plasma display panels. by suction and blasted with high ranging from φ1 up to φ30. 1996: Successfully developed SCM-type speed spinning. 1996 sandblasters for precision processing. Nagoya Office Osaka Office

1997: Exceeded a cumulative total of 1997 ■ Brief facts about Fuji 20,000 sandblasters delivered. Manufacturing Capital 120 million yen 1998: Opened phase-I building (with floor space of 5.45 billion yen (for the term ended 1998 Annual about 1,500m2 ) for the Ibaraki Works. sales March 2007) Workforce 240 (end of September 2007, group 1999: Acquired patents for foreign matter total) 2 2 removal system for sandblasters. 1999 Total floor 19,610m (including 2,235m for space office space) 2001: Received a Technology Award from the Japanese Society of Head 13,685m2 (including Tribologists for WPC processing of pistons used in automotive 2001 office/works 1,453m2 for office space) engines. Opened "Atelier Le Cher" glass artifact school. Nagoya Office/works Osaka Office 2005: Opened second building (about 2,300m2) for the Ibaraki Works. 2005 In-line shot-peening machine Robot shot-peening machine Opened Osaka Office. Exceeded a cumulative total of 25,000 sandblasters Ibaraki Works delivered. Successfully developed "SIRIUS" processing: "polishing blast". JBR (subsidiary) Conveyor machine Cylinder processing machine 2006 Widely used for parts for automobile(A/T) and A dedicated machine for aerospace industries to combine Selected as one of "300 Energetic Small and Mid-size 2006: 2007 With its universality, good for long and big workpiece. We have a variety of product line to accommodate from aerospace(blades) industries. robot system with computer monitor system to achieve Manufacturers" by the Ministry of Economy, Trade and Industry.

(Roller type or bar type conveyor) 2 small to big size cylindrical workpiece. various recipe driven process. 2007: Refurbished head office/works (with total floor space of about 14,000m ). Launched Fuji Fine Tech Co., Ltd. (in charge of precision sandblasting on commission).

■ Electrical appliances : Akita Shindengen Co., Ltd., Asahi ■ Transport equipment : IHI Corporation, Aisin AW Co., ■ Precision equipment : Iwata Denko Co., Ltd., Olympus Kasei Electronics Co., Ltd., Alps Electric Co., Ltd., Omron Ltd., Aisin Seiki Co., Ltd., Isuzu Motors Limited, Ichikoh Corporation, Canon Group, Citizen Holdings Co., Ltd., Corporation, Kyocera Corporation, Konika Minolta HD Co., Industries, Ltd., Calsonic Kansei Corporation, Kawasaki Terumo Corporation, Nikon Corporation, Pentax Corporation, Ltd., Sanken Electric Co., Ltd., Sanyo Electric Co., Ltd., Heavy Industries, Ltd., KYB Co., Ltd., Koito Manufacturing Hoya Corporation, Murakami Co., Ltd. Geomatec Co., Ltd., Sharp Corporation, Seiko Epson Co., Ltd., General Motors Group, Japan Railways companies, ■ Others : Asahi Kasei Corporation, Ulvac, Inc., Ulvac Corporation, Sony Corporation, Taiyo Yuden Co., Ltd., TDK Shimano, Inc., Jatco Ltd., JAL Group, All Nippon Airways Materials, Inc., Kirin Brewery Company, Limited, CBC Optics Corporation, Toshiba Corporation, Nippon Tungsten Co., Co., Ltd., Daihatsu Motor Co., Ltd., Pacific Industrial Co., Co., Ltd., Zojirushi Corporation, Dai Nippon Printing Co., Ltd., Ltd., NEC Corporation, Nidec-Read Group, Pioneer Ltd., T. Rad Co., Ltd., Denso Corporation, Topy Industries Toray Industries, Inc., Toppan Printing Co., Ltd., Tokyo Corporation, Panasonic Electronic Devices Co., Ltd., Hitachi, Ltd., Toyoda Gosei Co., Ltd., Toyota Motor Corporation, Silicone Corporation, Tokyo Electric Power Company Ltd., Fuji Xerox Co., Ltd., Fujitsu Corporation, Fujitsu Hitachi Nissan Motor Co., Ltd., Fuji Heavy Industries Ltd., Honda (TEPCO), Nisshinbo Industries, Inc., Paloma, Ltd., Honma Plasma Display Limited, Fuji Electric Group, Matsushita Group, Mazda Motor Corporation, Mitsubishi Motors Golf Co., Ltd., Maruman Co., Ltd., Mitsutoyo Corporation, Electric Industrial Co., Ltd., Mitsubishi Electric Corporation, Corporation, Yamaha Motor Co., Ltd., Unisia Jecs Co. YKK AP Inc. Mitsumi Electric Co., Ltd., Murata Manufacturing Co., Ltd., ROHM Group

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Our "pride" as a group of specialists and our "responsibility": The reasons we enjoy client confidence.

We provide the blast systems best suited for user needs. At Fuji Manufacturing, we base ourselves on providing our clients with consultations emphasizing "technology" and propose systems that will be the appropriate solution to specific business needs. Moreover, our manufacturing and inspection The greatest assets of Fuji Manufacturing are its enthusiastic departments that embody those proposals have the largest scale and most advanced environment in Tokyo. passion for sandblasting, its core technology for circulating Blasting on commission abrasives, leading-edge expertise, obsession with creative manufacturing, and abundant experience and track record. To meet testing and outsourcing needs. From consultation that stresses The best specifications enabled only by With our "pride" being a manufacturer specializing in Corporate needs for processing on commission are growing, technology to the core of user needs. abundant data are converted to including outsourcing needs for prototyping and test sandblasting and our "responsibility," we respond to needs of drawings. various industry and come up with technologies for venturing processing in scenes of developing new products, due to into leading-edge fields. These are the reasons we enjoy client shortening the product lifecycle, and increasing investment confidence. efficiency. At Fuji Manufacturing, we provide blast processing with high skills by using the latest blast equipment for Track record workpieces of all shapes and materials, ranging from small to large quantities, light to heavy weight, ultra-small to Processing workshop (head office/works) Our track record of having delivered a cumulative small and large sizes, and for glass and ceramics to various total of about 30,000 units and our history dating metal parts. back more than sixty years. Achievement Consultations for clients are given by experts well- Systems best suited for business are designed by our Our track record of having delivered a cumulative total of about 30,000 versed in technology and industrial information. abundant data derived from our track record of about 30,000 units for both the domestic and international markets, and our history Through consultation, we properly grasp client needs units produced, which is among the industry's highest level, and propose the best solutions. Based on "technology," along with an abundant and skilled staff of designers dating back more than sixty years are signs of user confidence in us. we hold meetings on all matters including the minutest numbering more than 70. Moreover, in the course of design, Moreover, we have accumulated know-how in all kinds of blasting. details and establish specifications based on a secure we maintain close communication with our clients, thereby We have also enjoyed many orders from top-ranking manufacturers in relationship of confidence. securely reflecting even the tiniest needs in drawings for the proposed system. different fields. If you need sandblasting, your first choice should be Fuji Inspecting WPC workpieces (head office/works) Manufacturing.

This factory boasts of total floor space of about 4,000 m2 and is one of As a world-class leading Japan's largest factories specializing in blast processing on commission. It is ready to process plates 3,000-mm long and other large workpieces (Ibaraki Works). Technology

Residual Stress Evaluation System Measurement/inspection system Our industry No.1 measurement and inspection system supports advanced blast technology. Know-how Advanced blast processing that gives new functions to about blasting Circulation of abrasive workpieces is supported by our industry No.1 measurement and inspection system. Complete with optical, laser and Our rich theories and accumulated technology in electron microscopes, the facility can inspect surface shapes mechanisms for circulating abrasive. with magnification up to 90,000 times and also analyze the Mechanisms for circulating abrasive that materialize the injection, Powerful user support that does not let High-quality systems born out of Tokyo's composition of blast-transformed surfaces on an elemental collection and sorting of abrasive in an integral manner by using airflow business stagnate. largest-scale, most abundant facilities. power are the core technology for sandblasting. basis. The injection rate and injection pressure are adjusted to achieve optimal After the system is delivered, we do not let user Drawings are sent online to the factories, where system The factory also has hardness meters, friction and wear processing capacity. And high-performance collection and sorting are business stagnate. To that end, we always have the manufacturing starts. The head office/factory is among testers, slide testers and other well-furnished equipment for Laser microscopic analysis Friction and wear test used to maintain polishing quality and uniformity. Fuji Manufacturing has basic consumables in stock. Moreover, to allow our Tokyo's largest in both site area and space. The factory measurement and inspection indispensable to blast absolute self confidence in this regard. clients to use the is also complete with equipment for long laser processors and processing. periods, we provide other latest equipment. rich support in all Almost 100% of prod- ■ Main measuring equipment areas from inspection ucts are manufactured to overhaul. in-house, thereby manu- ・Grain size analizer ・Electron microscope ・ ・ facturing high-quality Electronic scale Energy dispersive composition ・Laser microscope analysis systems. ・ Friction and wear tester ・Surface roughness meter ・Microscopic hardness meter (Surfcom 1400) ・Ultra-microscopic hardness meter ・Microscope ・Precision grain size analizer ・EVA・RES (010) Grain size analizer Electron microscope/surface element analysis

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Characteristics of sandblasting

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable to Physical processing/dryprocess various work materials. It is a dry process and can generally be called eco-friendly and inexpensive. Building blast machies, contract-processing of customer Products Sandblasting processes utilize more than 400 kinds of abrasives in combination with In various fields that get society moving.... Fuji Manufacturing Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavy the injection system, injection pressure, injection rate, and various other conditions. Air process that meets all shapes weight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Some and providing supplies. pursues the The possibilities offered are indeed unlimited. Fuji Manufacturing continues Diverse blasting technologies are active in scenes close to you. kinds of sandblasting equipment are even applicable indoors. science of conducting research on everything about sandblasting, ranging from the injection, Nozzle process with high Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and the Offering flexible user solutions to meet different needs and purposes. sandblasting collection and sorting of sandblast to abrasive, the processing itself, to the quality number of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides high control of products to be worked and the equipment used. In addition to the formation degrees of freedom degrees of production freedom to meet the production needs of users. In combination with robots, this process can also realize high accuracy and motion speed. and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital Possibilities that increase in combi- Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfaces constant-rate injection systems, involve only a few of the patents owned by Fuji nation with abrasive(a medium) for various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements. Blasting started with surface treatment. Today it has Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting. Manufacturing blast systems accomplished the addition of various functions, thereby seeing an increasingly wide range of applications. Blasting:Its principles and basic mechanism ● Semiconductor-related industries To manufacture high-quality systems. Our track record in the metal parts of automotive engines (silicon wafers, reclaiming, photovoltaic and fuel cells) "Blasting"... its principles are those of a sandstorm in the desert. It is Fuji Manufacturing's systems. Therein lies its consistent and the glass panels of plasma displays shows the ● Automobile-related industries ● attitude of pursuing the best at all times. Not only providing Cutting tool industry ● MEMS-related industries ● Electrical/electronics-related industries said to have been inspired by such things as the various surface possibilities of technical applications of blasting. (engines, pistons, transmission gears) (drills, end mills) (precision boards, optical films) (PDP, LCDs, organic EL) patterns caused by sand grains being blown across the desert. Given the highest-level technology in injecting, sorting and We, the members of Fuji Manufacturing, will promote this the simplicity of the principles, the process is also easy to apply. collecting abrasive, but also in stably activating the ● Mold industry Moreover, the process is also characterized regardless of the Processing evolution even further as a pioneer and the top-ranking (die cast molds, press molds, forging molds) material of the object being worked. equipment and detecting errors, and inspecting and know-how Leading-edge expertise manufacturer in blasting. Fuji Manufacturing realizes various kinds of surface maintaining processing specifications, we regard treatment that meet the needs of the times by using sandblasters as a system in a comprehensive manner, Capability to tackle the possibilities of blasting and meet Physical surface treatment its expertise with high reliability to flexibly ● Automobile-related industries Strengthening and hardening that meets nano-order needs control the principles and the wide variety of thereby offering high-grade devices. various needs. (processed aluminum products) the topmost surface ● Semiconductor-related industries Fuji Manufacturing has constantly been working to fuse leading-edge abrasives. ● Tool/cutting tool industry (glass boards) technology with sandblasting technology by such means as: (1)WPC (drills, end mills, precision needles, syringes) Ultra- processing for the surface treatment of metal materials, (2)ultra- ● Flat panel manufacturing industry ● Mold industry WPC precision precision processing that now extends to the semiconductor and IT (various molds) processing (reflectors, backing plates, adhesion-preventive plates) processing fields, and (3)SIRIUS processing that makes precision deburring and ● Machining industry ● Lens manufacturing/processing industry smoothing a reality. ● Coating industry (optical lenses, dome-use canopies) Our capability to make varied proposals and our outstanding capability ● Development (various cutting tools, etc.) Combining ultrahigh ● Higher durability Patterning cut SIRIUS ● Vacuum The optimal condition of creative development based on accumulated processing know-how precision with ● Lower sliding resistance Dimple processing ● Electronics-related industry ■ The background that supports system manufacture ● Laser processing industry ● Surface roughening deposition for deposition (electronic parts, ion-implanted parts) can be called nothing but the best partner in sandblasting. (metal masks) delicate processing processing ● Room temperature diffusion ● Printing industry ● Ultra-precision polishing, (photographic facsimile) cutting, deburring ● Thin-film removal ● SUS baking, dross removal ● Cleaning ● Pretreatment before the uct refresh molded p coating adheres od in ng ro r g Thorough test About 30,000 ri d ● Lower sliding resistance P r u u c b Cleaning, processing units delivered t e s collection, D ● Automobile-related industry ● Mold/casting industry company in "sandblasting" Deburring restoration, ● Removing oxide films (cylinder blocks) (removing mold wash and ● Metal processing industry and foreign matter ● Deburring metal removal mold release agents, removing (magnetic disks) ● products n app Removing various casting sand) etal ig lic ● Semiconductor field ● m se es at adherents ■ Production Deburring plastic ng rv d io ■Sample test i ic ● (office automation equipment, products s e r n Cleaning ● factory ● Plastics industry a o s laser-processed products) Construction/housing industry Product quality is ● e l F ● Peel processing Deburring molds r i Sculpture, The factory is (PPS resin, lenny resin, peak resin, etc.) c f (exterior mold plates) demonstrated in e ● ● Deburring lead frames n mold Collecting rare Design philosophy among the largest I Shot dhes all w artifact, ● Electrical/home electronics the form of the in a ion g ea metals Start to finish Among the largest in in terms of site Organization t a in k industry ● Printing industry real product.With peening c n t n assuming that ● Automobile-related industries ta a pearskin area in Tokyo. d e (aluminum frames) micrometer-order production of the Tokyo, with total n n (various meters) c i s With the latest (automotive wheels) o finish o s measuring equip- products should run c

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related Woodwork ● Higher durability processing factories 14,000 m skilled staff, this M ● Glass sculpture The greatest technical staff of all manufacturers ● years production facility Lower sliding resistance ● Stone sculpture ● pursues quality. specializing in sandblasting. Lighter weight ● ● Construction/housing Fancy pearskin finish ● Pretreatment for coating and plating ● Reducing the times for mold industry The technical staff of Fuji Manufacturing numbers about 70 members, ● Automobile-related industries ● Pretreatment for adhesion and polishing (interior and exterior fancy plates) (transmission gears, torsion bars, crankshafts, bodies) ● Improving mold release, improving with 50 working in design and about 20 in R&D (as of December 2007). coating ● Aircraft-related industries ● durability ● Artifact manufacturing ● Electrical/home electronics industry This technical staff boasts its being among the largest of all companies Pretreatment for fusion and press (turbine blades, discs, landing gears, aircraft bodies, main wings) ● Increasing mold dimensional precision (wooden kitchenware) (casings for mobile telephones and digital products) fitting in Japan. ● ● Removing tool marks Pretreatment for welding ● Fine arts and design industry ● Sporting goods industry This large staff obsessed with sandblasting is committed day and night ● Nuclear-related industries ● Petrochemical industries (glasswork, stained glass) (golf clubs) (fan blades) (storage tanks) In-house manufacturing of the equipment to researching, developing and designing the latest and top-ranking ● Bridge construction industry ● Stone industry ● Fashion industry manufacturing process sandblasting technologies, which are conversely simple and easy ● Precision equipment field (bridges, bridge columns) (tombstones and family (spectacle frames) (springs) ● Various mold manufacturing industries emblems, character carving) Advanced machine tools are introduced for sheet metal cutting, blasters. Responding to the diverse blast needs of users by using the ● Automobile-related industry ● Various mold-using industries processing and assembly, thereby manufacturing products in the most excellent and largest group of technical staff members... that is (engine valves) (press products, die cast products, forged products, company's own factories. ● Fashion industry ● Aircraft-related industry castings, extraction molds, plastic products, rubber company's own factories. what Fuji Manufacturing does. (spectacle frames) (aircraft bodies) products, glass products, etc.) Welding Pressing ● Building materials ● Metal processing industry (exterior plates) (pots, frying pans)

technical applications beyond the domain of specific fields and The fields of blast technology are expanding even further, including something useful." That is blast technology. Laser processing Machining Machining Equipment assembly technical uses by new industries. "There will be always 6 11 4 5 会社案内観音(英語)PS 12.2.21 7:41 PM ページ 1

Characteristics of sandblasting

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable to Physical processing/dryprocess various work materials. It is a dry process and can generally be called eco-friendly and inexpensive. Building blast machies, contract-processing of customer Products Sandblasting processes utilize more than 400 kinds of abrasives in combination with In various fields that get society moving.... Fuji Manufacturing Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavy the injection system, injection pressure, injection rate, and various other conditions. Air process that meets all shapes weight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Some and providing supplies. pursues the The possibilities offered are indeed unlimited. Fuji Manufacturing continues Diverse blasting technologies are active in scenes close to you. kinds of sandblasting equipment are even applicable indoors. science of conducting research on everything about sandblasting, ranging from the injection, Nozzle process with high Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and the Offering flexible user solutions to meet different needs and purposes. sandblasting collection and sorting of sandblast to abrasive, the processing itself, to the quality number of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides high control of products to be worked and the equipment used. In addition to the formation degrees of freedom degrees of production freedom to meet the production needs of users. In combination with robots, this process can also realize high accuracy and motion speed. and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital Possibilities that increase in combi- Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfaces constant-rate injection systems, involve only a few of the patents owned by Fuji nation with abrasive(a medium) for various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements. Blasting started with surface treatment. Today it has Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting. Manufacturing blast systems accomplished the addition of various functions, thereby seeing an increasingly wide range of applications. Blasting:Its principles and basic mechanism ● Semiconductor-related industries To manufacture high-quality systems. Our track record in the metal parts of automotive engines (silicon wafers, reclaiming, photovoltaic and fuel cells) "Blasting"... its principles are those of a sandstorm in the desert. It is Fuji Manufacturing's systems. Therein lies its consistent and the glass panels of plasma displays shows the ● Automobile-related industries ● attitude of pursuing the best at all times. Not only providing Cutting tool industry ● MEMS-related industries ● Electrical/electronics-related industries said to have been inspired by such things as the various surface possibilities of technical applications of blasting. (engines, pistons, transmission gears) (drills, end mills) (precision boards, optical films) (PDP, LCDs, organic EL) patterns caused by sand grains being blown across the desert. Given the highest-level technology in injecting, sorting and We, the members of Fuji Manufacturing, will promote this the simplicity of the principles, the process is also easy to apply. collecting abrasive, but also in stably activating the ● Mold industry Moreover, the process is also characterized regardless of the Processing evolution even further as a pioneer and the top-ranking (die cast molds, press molds, forging molds) material of the object being worked. equipment and detecting errors, and inspecting and know-how Leading-edge expertise manufacturer in blasting. Fuji Manufacturing realizes various kinds of surface maintaining processing specifications, we regard treatment that meet the needs of the times by using sandblasters as a system in a comprehensive manner, Capability to tackle the possibilities of blasting and meet Physical surface treatment its expertise with high reliability to flexibly ● Automobile-related industries Strengthening and hardening that meets nano-order needs control the principles and the wide variety of thereby offering high-grade devices. various needs. (processed aluminum products) the topmost surface ● Semiconductor-related industries Fuji Manufacturing has constantly been working to fuse leading-edge abrasives. ● Tool/cutting tool industry (glass boards) technology with sandblasting technology by such means as: (1)WPC (drills, end mills, precision needles, syringes) Ultra- processing for the surface treatment of metal materials, (2)ultra- ● Flat panel manufacturing industry ● Mold industry WPC precision precision processing that now extends to the semiconductor and IT (various molds) processing (reflectors, backing plates, adhesion-preventive plates) processing fields, and (3)SIRIUS processing that makes precision deburring and ● Machining industry ● Lens manufacturing/processing industry smoothing a reality. ● Coating industry (optical lenses, dome-use canopies) Our capability to make varied proposals and our outstanding capability ● Development (various cutting tools, etc.) Combining ultrahigh ● Higher durability Patterning cut SIRIUS ● Vacuum The optimal condition of creative development based on accumulated processing know-how precision with ● Lower sliding resistance Dimple processing ● Electronics-related industry ■ The background that supports system manufacture ● Laser processing industry ● Surface roughening deposition for deposition (electronic parts, ion-implanted parts) can be called nothing but the best partner in sandblasting. (metal masks) delicate processing processing ● Room temperature diffusion ● Printing industry ● Ultra-precision polishing, (photographic facsimile) cutting, deburring ● Thin-film removal ● SUS baking, dross removal ● Cleaning ● Pretreatment before the uct refresh molded p coating adheres od in ng ro r g Thorough test About 30,000 ri d ● Lower sliding resistance P r u u c b Cleaning, processing units delivered t e s collection, D ● Automobile-related industry ● Mold/casting industry company in "sandblasting" Deburring restoration, ● Removing oxide films (cylinder blocks) (removing mold wash and ● Metal processing industry and foreign matter ● Deburring metal removal mold release agents, removing (magnetic disks) ● products n app Removing various casting sand) etal ig lic ● Semiconductor field ● m se es at adherents ■ Production Deburring plastic ng rv d io ■Sample test i ic ● (office automation equipment, products s e r n Cleaning ● factory ● Plastics industry a o s laser-processed products) Construction/housing industry Product quality is ● e l F ● Peel processing Deburring molds r i Sculpture, The factory is (PPS resin, lenny resin, peak resin, etc.) c f (exterior mold plates) demonstrated in e ● ● Deburring lead frames n mold Collecting rare Design philosophy among the largest I Shot dhes all w artifact, ● Electrical/home electronics the form of the in a ion g ea metals Start to finish Among the largest in in terms of site Organization t a in k industry ● Printing industry real product.With peening c n t n assuming that ● Automobile-related industries ta a pearskin area in Tokyo. d e (aluminum frames) micrometer-order production of the Tokyo, with total n n (various meters) c i s With the latest (automotive wheels) o finish o s measuring equip- products should run c

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related Woodwork ● Higher durability processing factories 14,000 m skilled staff, this M ● Glass sculpture The greatest technical staff of all manufacturers ● years production facility Lower sliding resistance ● Stone sculpture ● pursues quality. specializing in sandblasting. Lighter weight ● ● Construction/housing Fancy pearskin finish ● Pretreatment for coating and plating ● Reducing the times for mold industry The technical staff of Fuji Manufacturing numbers about 70 members, ● Automobile-related industries ● Pretreatment for adhesion and polishing (interior and exterior fancy plates) (transmission gears, torsion bars, crankshafts, bodies) ● Improving mold release, improving with 50 working in design and about 20 in R&D (as of December 2007). coating ● Aircraft-related industries ● durability ● Artifact manufacturing ● Electrical/home electronics industry This technical staff boasts its being among the largest of all companies Pretreatment for fusion and press (turbine blades, discs, landing gears, aircraft bodies, main wings) ● Increasing mold dimensional precision (wooden kitchenware) (casings for mobile telephones and digital products) fitting in Japan. ● ● Removing tool marks Pretreatment for welding ● Fine arts and design industry ● Sporting goods industry This large staff obsessed with sandblasting is committed day and night ● Nuclear-related industries ● Petrochemical industries (glasswork, stained glass) (golf clubs) (fan blades) (storage tanks) In-house manufacturing of the equipment to researching, developing and designing the latest and top-ranking ● Bridge construction industry ● Stone industry ● Fashion industry manufacturing process sandblasting technologies, which are conversely simple and easy ● Precision equipment field (bridges, bridge columns) (tombstones and family (spectacle frames) (springs) ● Various mold manufacturing industries emblems, character carving) Advanced machine tools are introduced for sheet metal cutting, blasters. Responding to the diverse blast needs of users by using the ● Automobile-related industry ● Various mold-using industries processing and assembly, thereby manufacturing products in the most excellent and largest group of technical staff members... that is (engine valves) (press products, die cast products, forged products, company's own factories. ● Fashion industry ● Aircraft-related industry castings, extraction molds, plastic products, rubber company's own factories. what Fuji Manufacturing does. (spectacle frames) (aircraft bodies) products, glass products, etc.) Welding Pressing ● Building materials ● Metal processing industry (exterior plates) (pots, frying pans)

technical applications beyond the domain of specific fields and The fields of blast technology are expanding even further, including something useful." That is blast technology. Laser processing Machining Machining Equipment assembly technical uses by new industries. "There will be always 6 11 4 5 会社案内観音(英語)PS 12.2.21 7:41 PM ページ 1

Characteristics of sandblasting

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable to Physical processing/dryprocess various work materials. It is a dry process and can generally be called eco-friendly and inexpensive. Building blast machies, contract-processing of customer Products Sandblasting processes utilize more than 400 kinds of abrasives in combination with In various fields that get society moving.... Fuji Manufacturing Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavy the injection system, injection pressure, injection rate, and various other conditions. Air process that meets all shapes weight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Some and providing supplies. pursues the The possibilities offered are indeed unlimited. Fuji Manufacturing continues Diverse blasting technologies are active in scenes close to you. kinds of sandblasting equipment are even applicable indoors. science of conducting research on everything about sandblasting, ranging from the injection, Nozzle process with high Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and the Offering flexible user solutions to meet different needs and purposes. sandblasting collection and sorting of sandblast to abrasive, the processing itself, to the quality number of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides high control of products to be worked and the equipment used. In addition to the formation degrees of freedom degrees of production freedom to meet the production needs of users. In combination with robots, this process can also realize high accuracy and motion speed. and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital Possibilities that increase in combi- Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfaces constant-rate injection systems, involve only a few of the patents owned by Fuji nation with abrasive(a medium) for various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements. Blasting started with surface treatment. Today it has Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting. Manufacturing blast systems accomplished the addition of various functions, thereby seeing an increasingly wide range of applications. Blasting:Its principles and basic mechanism ● Semiconductor-related industries To manufacture high-quality systems. Our track record in the metal parts of automotive engines (silicon wafers, reclaiming, photovoltaic and fuel cells) "Blasting"... its principles are those of a sandstorm in the desert. It is Fuji Manufacturing's systems. Therein lies its consistent and the glass panels of plasma displays shows the ● Automobile-related industries ● attitude of pursuing the best at all times. Not only providing Cutting tool industry ● MEMS-related industries ● Electrical/electronics-related industries said to have been inspired by such things as the various surface possibilities of technical applications of blasting. (engines, pistons, transmission gears) (drills, end mills) (precision boards, optical films) (PDP, LCDs, organic EL) patterns caused by sand grains being blown across the desert. Given the highest-level technology in injecting, sorting and We, the members of Fuji Manufacturing, will promote this the simplicity of the principles, the process is also easy to apply. collecting abrasive, but also in stably activating the ● Mold industry Moreover, the process is also characterized regardless of the Processing evolution even further as a pioneer and the top-ranking (die cast molds, press molds, forging molds) material of the object being worked. equipment and detecting errors, and inspecting and know-how Leading-edge expertise manufacturer in blasting. Fuji Manufacturing realizes various kinds of surface maintaining processing specifications, we regard treatment that meet the needs of the times by using sandblasters as a system in a comprehensive manner, Capability to tackle the possibilities of blasting and meet Physical surface treatment its expertise with high reliability to flexibly ● Automobile-related industries Strengthening and hardening that meets nano-order needs control the principles and the wide variety of thereby offering high-grade devices. various needs. (processed aluminum products) the topmost surface ● Semiconductor-related industries Fuji Manufacturing has constantly been working to fuse leading-edge abrasives. ● Tool/cutting tool industry (glass boards) technology with sandblasting technology by such means as: (1)WPC (drills, end mills, precision needles, syringes) Ultra- processing for the surface treatment of metal materials, (2)ultra- ● Flat panel manufacturing industry ● Mold industry WPC precision precision processing that now extends to the semiconductor and IT (various molds) processing (reflectors, backing plates, adhesion-preventive plates) processing fields, and (3)SIRIUS processing that makes precision deburring and ● Machining industry ● Lens manufacturing/processing industry smoothing a reality. ● Coating industry (optical lenses, dome-use canopies) Our capability to make varied proposals and our outstanding capability ● Development (various cutting tools, etc.) Combining ultrahigh ● Higher durability Patterning cut SIRIUS ● Vacuum The optimal condition of creative development based on accumulated processing know-how precision with ● Lower sliding resistance Dimple processing ● Electronics-related industry ■ The background that supports system manufacture ● Laser processing industry ● Surface roughening deposition for deposition (electronic parts, ion-implanted parts) can be called nothing but the best partner in sandblasting. (metal masks) delicate processing processing ● Room temperature diffusion ● Printing industry ● Ultra-precision polishing, (photographic facsimile) cutting, deburring ● Thin-film removal ● SUS baking, dross removal ● Cleaning ● Pretreatment before the uct refresh molded p coating adheres od in ng ro r g Thorough test About 30,000 ri d ● Lower sliding resistance P r u u c b Cleaning, processing units delivered t e s collection, D ● Automobile-related industry ● Mold/casting industry company in "sandblasting" Deburring restoration, ● Removing oxide films (cylinder blocks) (removing mold wash and ● Metal processing industry and foreign matter ● Deburring metal removal mold release agents, removing (magnetic disks) ● products n app Removing various casting sand) etal ig lic ● Semiconductor field ● m se es at adherents ■ Production Deburring plastic ng rv d io ■Sample test i ic ● (office automation equipment, products s e r n Cleaning ● factory ● Plastics industry a o s laser-processed products) Construction/housing industry Product quality is ● e l F ● Peel processing Deburring molds r i Sculpture, The factory is (PPS resin, lenny resin, peak resin, etc.) c f (exterior mold plates) demonstrated in e ● ● Deburring lead frames n mold Collecting rare Design philosophy among the largest I Shot dhes all w artifact, ● Electrical/home electronics the form of the in a ion g ea metals Start to finish Among the largest in in terms of site Organization t a in k industry ● Printing industry real product.With peening c n t n assuming that ● Automobile-related industries ta a pearskin area in Tokyo. d e (aluminum frames) micrometer-order production of the Tokyo, with total n n (various meters) c i s With the latest (automotive wheels) o finish o s measuring equip- products should run c

a

e Technical staff m manufacturing Base

i Mold- e

systems in our own floor space of about t

s ment, we meet

l

r i

n

E

for 30 consecutive o

● 2 equipment and advanced needs. g

related Woodwork ● Higher durability processing factories 14,000 m skilled staff, this M ● Glass sculpture The greatest technical staff of all manufacturers ● years production facility Lower sliding resistance ● Stone sculpture ● pursues quality. specializing in sandblasting. Lighter weight ● ● Construction/housing Fancy pearskin finish ● Pretreatment for coating and plating ● Reducing the times for mold industry The technical staff of Fuji Manufacturing numbers about 70 members, ● Automobile-related industries ● Pretreatment for adhesion and polishing (interior and exterior fancy plates) (transmission gears, torsion bars, crankshafts, bodies) ● Improving mold release, improving with 50 working in design and about 20 in R&D (as of December 2007). coating ● Aircraft-related industries ● durability ● Artifact manufacturing ● Electrical/home electronics industry This technical staff boasts its being among the largest of all companies Pretreatment for fusion and press (turbine blades, discs, landing gears, aircraft bodies, main wings) ● Increasing mold dimensional precision (wooden kitchenware) (casings for mobile telephones and digital products) fitting in Japan. ● ● Removing tool marks Pretreatment for welding ● Fine arts and design industry ● Sporting goods industry This large staff obsessed with sandblasting is committed day and night ● Nuclear-related industries ● Petrochemical industries (glasswork, stained glass) (golf clubs) (fan blades) (storage tanks) In-house manufacturing of the equipment to researching, developing and designing the latest and top-ranking ● Bridge construction industry ● Stone industry ● Fashion industry manufacturing process sandblasting technologies, which are conversely simple and easy ● Precision equipment field (bridges, bridge columns) (tombstones and family (spectacle frames) (springs) ● Various mold manufacturing industries emblems, character carving) Advanced machine tools are introduced for sheet metal cutting, blasters. Responding to the diverse blast needs of users by using the ● Automobile-related industry ● Various mold-using industries processing and assembly, thereby manufacturing products in the most excellent and largest group of technical staff members... that is (engine valves) (press products, die cast products, forged products, company's own factories. ● Fashion industry ● Aircraft-related industry castings, extraction molds, plastic products, rubber company's own factories. what Fuji Manufacturing does. (spectacle frames) (aircraft bodies) products, glass products, etc.) Welding Pressing ● Building materials ● Metal processing industry (exterior plates) (pots, frying pans)

technical applications beyond the domain of specific fields and The fields of blast technology are expanding even further, including something useful." That is blast technology. Laser processing Machining Machining Equipment assembly technical uses by new industries. "There will be always 6 11 4 5 会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

An increasingly wide variation of sandblast technologies Applications are found in all fields and various industries.

"Further evolution of technology and pursuit of Cleaning, collection, restoration, removal Sculpture and artifacts possibilities": This challenging spirit increases the uses of blast technology, which is used as a processing technology For restoring metal functionality and For design expression. indispensable in scenes of creative manufacturing beyond collecting rare metals. the domain of a specific field or industry. Basic We, the members of Fuji Manufacturing, will continue Sandblast developing new technologies and promoting the use and Technology application of blast technology to enrich society and home Advanced Sandblast life as a leading company in sandblasting. Technology

By removing scales, peeling paint films, removing sand In making wood patterns appear, producing stone and from castings and otherwise, sandblasting is applic- glass sculptures, and in other fields, blast technology is able to cleaning as well. also used in other fine arts and design fields. such as The process performs processing much more quickly sculpture, artifacts, etc, Combined with various kinds than manual work. It is rational and allows workers to of abrasive, the process enables a wide variety of return quickly to the production work that they were expressions. doing. It is also active in removing and collecting backing plates, thin metal films, IC chips and other parts made of precions metal and rare metal (such as Advanced Sandblast Technology Basic Sandblast Technology Au, Pt, Ni, etc).

SIRIUS processing WPC processing Ultra-precision processing Vacuum deposition related processing Deburring Surface preparation Shot peening Mold-related Pearskin processing For "polishing" blast, microscopic deburring, thin Transforming the topmost surface for higher For cutting and roughening hard and brittle materials For cleaning deposited parts, jigs, electrodes and For finishing resin and die-cast products and For pretreating all kinds of products. For increasing the fatigue life of metal Producing even higher-quality molds by a 2-step For the exterior designs of products. film removal, and surface enhancement. durability and slidability. at the micrometer level. other parts. parts made of aluminum, SUS and copper. parts. process of cutting and grinding (MK processing).

Before processing Partition for PDP (AC type)

This advanced heat treatment method injects fine-powdered abrasive with grains less than 200μm in diameter and makes the texture of the topmost After processing surfaces of metal products finer, thereby increasing hardness, toughness This is a new surface treatment method Uses Uses In semiconductor and other leading- Uses Sandblast is also effective in vacuum Uses In machining pieces of metal, resin or other material Blasting the base surface on which to apply paint or The process utilizes the full life of products whose This 2-step processing method cuts off burrs, white Due to the diffuse reflection of light on fine bumps and devised by fusing a newly developed and residual compressive stress. edge IT industries as well, sandblast is deposition, which is used in various and in making molded products, removing product adhesive increases the surface area, while causing the response to metal fatigue is emphasized to extremes, layers, hardened layers and other thermally affected dips, pearskin processing is a design process that elastic medium with outstanding blast ● Enhancing the surfaces of In addition to making the various parts ● Increasing the fatigue now an indispensable technology. ● Drilling, dicing, reclaiming fields including optical thin films, ● Pretreatment that increases burrs is indispensable to producing high-quality pure surface to emerge and roughening the interface. thereby inhibiting fatigue destruction and stress zones, micro-cracks and other surface defects gives a soft, austere and profound feel to metal technology. As the medium (an elastic molds of cutting tools and molds more strength and durability of Sandblast can perform through-hole and otherwise processing electrodes, semiconductor films and the adhesiveness of products. Blast-assisted deburring destroys burrs by This then increases adhesiveness (anchor effect). corrosion cracking. In processing, the process generated in mold manufacture, and also adds density surfaces. It is widely used in digital cameras, mobile body) slides and processes the surface ● Removing microscopic durable, this process prevents stress gears, shafts and various processing, etching, groove making various types of wafer (Si, insulated films for displays, and food deposited films using abrasive and blows them away with air. It is thus Not only in painting and adhesion, this process is facilitates adjustment of the injection rate and speed, and residual compressive stress to the surface texture. phones, the interior and exterior of buildings, and other other metal parts Pzt, crystal, quartz glass to be worked, it achieves microscopic burrs (of about 5μm) from corrosion cracking and electrical and other cutting operations in glass, packing materials. ● Cleaning deposited films a rational processing method. widely used in flame spray coating, Teflon, plating, and the setting of processing direction and angle. It The process is also ideally suited for removing tool applications as well. tools and cutting tools friction, achieves tribological (lubrica- ● Improving the functions of and ceramics), and other including jigs grinding. This process performs jet silicon, ceramic, and other hard and materials In cleaning vacuum deposited jigs and The process is also effective for complex shapes, the CVD, PVD, and various other kinds of coating. also allows a particular range to be processed marks. The process is used not only for design purposes but ● Removing weld burns from tion) effects through microscopic drills, end mills, and other processing by using nozzles, and can tools and cutting tools brittle materials. With digital injection ● Erecting pins on board- similar fields, this process takes less insides of holes, other intersection burrs, and other intensively. This dramatically improves mold formability, durability also for hiding scratches, matt processing, and for stainless steel bumps and dips, strengthens work- even process complex shapes, as well ● Improving the slidability of control, the process achieves high fixing beds time than manual work and securely hard-to-machine pieces. The process is used in automobiles, aircraft and many and releasability. otherwise producing functional surfaces as well. ● Pretreating and post- pieces by room temperature diffusion as large and heavy workpieces, and treating coating films engine parts and other processing reproducibility and controls ● Processing the flow removes dust, thereby maintaining the other kinds of transport equipment, and greatly allows processing positions to be set to and cementation, and provides various the processing level. Being a non- conditions for vacuum deposition. contributes to increasing reliability and reducing ● Removing dross from laser- metal products channels for micro-reactors other functions stemming from surface ※ any desired setting. processed surfaces ● Increasing durability and chemical dry process, this method is weight. The process also complies with Nadcap . This process is also adaptable to an transformation. Combined with shot drawability suited for a wide range of processing ※National Aerospace and Defense Contractors Accreditation automated work process and multiple peening, this process can also produce and patterning. Program. jet nozzles. synergic effects.

7 8 9 10 会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

An increasingly wide variation of sandblast technologies Applications are found in all fields and various industries.

"Further evolution of technology and pursuit of Cleaning, collection, restoration, removal Sculpture and artifacts possibilities": This challenging spirit increases the uses of blast technology, which is used as a processing technology For restoring metal functionality and For design expression. indispensable in scenes of creative manufacturing beyond collecting rare metals. the domain of a specific field or industry. Basic We, the members of Fuji Manufacturing, will continue Sandblast developing new technologies and promoting the use and Technology application of blast technology to enrich society and home Advanced Sandblast life as a leading company in sandblasting. Technology

By removing scales, peeling paint films, removing sand In making wood patterns appear, producing stone and from castings and otherwise, sandblasting is applic- glass sculptures, and in other fields, blast technology is able to cleaning as well. also used in other fine arts and design fields. such as The process performs processing much more quickly sculpture, artifacts, etc, Combined with various kinds than manual work. It is rational and allows workers to of abrasive, the process enables a wide variety of return quickly to the production work that they were expressions. doing. It is also active in removing and collecting backing plates, thin metal films, IC chips and other parts made of precions metal and rare metal (such as Advanced Sandblast Technology Basic Sandblast Technology Au, Pt, Ni, etc).

SIRIUS processing WPC processing Ultra-precision processing Vacuum deposition related processing Deburring Surface preparation Shot peening Mold-related Pearskin processing For "polishing" blast, microscopic deburring, thin Transforming the topmost surface for higher For cutting and roughening hard and brittle materials For cleaning deposited parts, jigs, electrodes and For finishing resin and die-cast products and For pretreating all kinds of products. For increasing the fatigue life of metal Producing even higher-quality molds by a 2-step For the exterior designs of products. film removal, and surface enhancement. durability and slidability. at the micrometer level. other parts. parts made of aluminum, SUS and copper. parts. process of cutting and grinding (MK processing).

Before processing Partition for PDP (AC type)

This advanced heat treatment method injects fine-powdered abrasive with grains less than 200μm in diameter and makes the texture of the topmost After processing surfaces of metal products finer, thereby increasing hardness, toughness This is a new surface treatment method Uses Uses In semiconductor and other leading- Uses Sandblast is also effective in vacuum Uses In machining pieces of metal, resin or other material Blasting the base surface on which to apply paint or The process utilizes the full life of products whose This 2-step processing method cuts off burrs, white Due to the diffuse reflection of light on fine bumps and devised by fusing a newly developed and residual compressive stress. edge IT industries as well, sandblast is deposition, which is used in various and in making molded products, removing product adhesive increases the surface area, while causing the response to metal fatigue is emphasized to extremes, layers, hardened layers and other thermally affected dips, pearskin processing is a design process that elastic medium with outstanding blast ● Enhancing the surfaces of In addition to making the various parts ● Increasing the fatigue now an indispensable technology. ● Drilling, dicing, reclaiming fields including optical thin films, ● Pretreatment that increases burrs is indispensable to producing high-quality pure surface to emerge and roughening the interface. thereby inhibiting fatigue destruction and stress zones, micro-cracks and other surface defects gives a soft, austere and profound feel to metal technology. As the medium (an elastic molds of cutting tools and molds more strength and durability of Sandblast can perform through-hole and otherwise processing electrodes, semiconductor films and the adhesiveness of products. Blast-assisted deburring destroys burrs by This then increases adhesiveness (anchor effect). corrosion cracking. In processing, the process generated in mold manufacture, and also adds density surfaces. It is widely used in digital cameras, mobile body) slides and processes the surface ● Removing microscopic durable, this process prevents stress gears, shafts and various processing, etching, groove making various types of wafer (Si, insulated films for displays, and food deposited films using abrasive and blows them away with air. It is thus Not only in painting and adhesion, this process is facilitates adjustment of the injection rate and speed, and residual compressive stress to the surface texture. phones, the interior and exterior of buildings, and other other metal parts Pzt, crystal, quartz glass to be worked, it achieves microscopic burrs (of about 5μm) from corrosion cracking and electrical and other cutting operations in glass, packing materials. ● Cleaning deposited films a rational processing method. widely used in flame spray coating, Teflon, plating, and the setting of processing direction and angle. It The process is also ideally suited for removing tool applications as well. tools and cutting tools friction, achieves tribological (lubrica- ● Improving the functions of and ceramics), and other including jigs grinding. This process performs jet silicon, ceramic, and other hard and materials In cleaning vacuum deposited jigs and The process is also effective for complex shapes, the CVD, PVD, and various other kinds of coating. also allows a particular range to be processed marks. The process is used not only for design purposes but ● Removing weld burns from tion) effects through microscopic drills, end mills, and other processing by using nozzles, and can tools and cutting tools brittle materials. With digital injection ● Erecting pins on board- similar fields, this process takes less insides of holes, other intersection burrs, and other intensively. This dramatically improves mold formability, durability also for hiding scratches, matt processing, and for stainless steel bumps and dips, strengthens work- even process complex shapes, as well ● Improving the slidability of control, the process achieves high fixing beds time than manual work and securely hard-to-machine pieces. The process is used in automobiles, aircraft and many and releasability. otherwise producing functional surfaces as well. ● Pretreating and post- pieces by room temperature diffusion as large and heavy workpieces, and treating coating films engine parts and other processing reproducibility and controls ● Processing the flow removes dust, thereby maintaining the other kinds of transport equipment, and greatly allows processing positions to be set to and cementation, and provides various the processing level. Being a non- conditions for vacuum deposition. contributes to increasing reliability and reducing ● Removing dross from laser- metal products channels for micro-reactors other functions stemming from surface ※ any desired setting. processed surfaces ● Increasing durability and chemical dry process, this method is weight. The process also complies with Nadcap . This process is also adaptable to an transformation. Combined with shot drawability suited for a wide range of processing ※National Aerospace and Defense Contractors Accreditation automated work process and multiple peening, this process can also produce and patterning. Program. jet nozzles. synergic effects.

7 8 9 10 会社案内観音(英語)PS 12.2.21 7:41 PM ページ 2

An increasingly wide variation of sandblast technologies Applications are found in all fields and various industries.

"Further evolution of technology and pursuit of Cleaning, collection, restoration, removal Sculpture and artifacts possibilities": This challenging spirit increases the uses of blast technology, which is used as a processing technology For restoring metal functionality and For design expression. indispensable in scenes of creative manufacturing beyond collecting rare metals. the domain of a specific field or industry. Basic We, the members of Fuji Manufacturing, will continue Sandblast developing new technologies and promoting the use and Technology application of blast technology to enrich society and home Advanced Sandblast life as a leading company in sandblasting. Technology

By removing scales, peeling paint films, removing sand In making wood patterns appear, producing stone and from castings and otherwise, sandblasting is applic- glass sculptures, and in other fields, blast technology is able to cleaning as well. also used in other fine arts and design fields. such as The process performs processing much more quickly sculpture, artifacts, etc, Combined with various kinds than manual work. It is rational and allows workers to of abrasive, the process enables a wide variety of return quickly to the production work that they were expressions. doing. It is also active in removing and collecting backing plates, thin metal films, IC chips and other parts made of precions metal and rare metal (such as Advanced Sandblast Technology Basic Sandblast Technology Au, Pt, Ni, etc).

SIRIUS processing WPC processing Ultra-precision processing Vacuum deposition related processing Deburring Surface preparation Shot peening Mold-related Pearskin processing For "polishing" blast, microscopic deburring, thin Transforming the topmost surface for higher For cutting and roughening hard and brittle materials For cleaning deposited parts, jigs, electrodes and For finishing resin and die-cast products and For pretreating all kinds of products. For increasing the fatigue life of metal Producing even higher-quality molds by a 2-step For the exterior designs of products. film removal, and surface enhancement. durability and slidability. at the micrometer level. other parts. parts made of aluminum, SUS and copper. parts. process of cutting and grinding (MK processing).

Before processing Partition for PDP (AC type)

This advanced heat treatment method injects fine-powdered abrasive with grains less than 200μm in diameter and makes the texture of the topmost After processing surfaces of metal products finer, thereby increasing hardness, toughness This is a new surface treatment method Uses Uses In semiconductor and other leading- Uses Sandblast is also effective in vacuum Uses In machining pieces of metal, resin or other material Blasting the base surface on which to apply paint or The process utilizes the full life of products whose This 2-step processing method cuts off burrs, white Due to the diffuse reflection of light on fine bumps and devised by fusing a newly developed and residual compressive stress. edge IT industries as well, sandblast is deposition, which is used in various and in making molded products, removing product adhesive increases the surface area, while causing the response to metal fatigue is emphasized to extremes, layers, hardened layers and other thermally affected dips, pearskin processing is a design process that elastic medium with outstanding blast ● Enhancing the surfaces of In addition to making the various parts ● Increasing the fatigue now an indispensable technology. ● Drilling, dicing, reclaiming fields including optical thin films, ● Pretreatment that increases burrs is indispensable to producing high-quality pure surface to emerge and roughening the interface. thereby inhibiting fatigue destruction and stress zones, micro-cracks and other surface defects gives a soft, austere and profound feel to metal technology. As the medium (an elastic molds of cutting tools and molds more strength and durability of Sandblast can perform through-hole and otherwise processing electrodes, semiconductor films and the adhesiveness of products. Blast-assisted deburring destroys burrs by This then increases adhesiveness (anchor effect). corrosion cracking. In processing, the process generated in mold manufacture, and also adds density surfaces. It is widely used in digital cameras, mobile body) slides and processes the surface ● Removing microscopic durable, this process prevents stress gears, shafts and various processing, etching, groove making various types of wafer (Si, insulated films for displays, and food deposited films using abrasive and blows them away with air. It is thus Not only in painting and adhesion, this process is facilitates adjustment of the injection rate and speed, and residual compressive stress to the surface texture. phones, the interior and exterior of buildings, and other other metal parts Pzt, crystal, quartz glass to be worked, it achieves microscopic burrs (of about 5μm) from corrosion cracking and electrical and other cutting operations in glass, packing materials. ● Cleaning deposited films a rational processing method. widely used in flame spray coating, Teflon, plating, and the setting of processing direction and angle. It The process is also ideally suited for removing tool applications as well. tools and cutting tools friction, achieves tribological (lubrica- ● Improving the functions of and ceramics), and other including jigs grinding. This process performs jet silicon, ceramic, and other hard and materials In cleaning vacuum deposited jigs and The process is also effective for complex shapes, the CVD, PVD, and various other kinds of coating. also allows a particular range to be processed marks. The process is used not only for design purposes but ● Removing weld burns from tion) effects through microscopic drills, end mills, and other processing by using nozzles, and can tools and cutting tools brittle materials. With digital injection ● Erecting pins on board- similar fields, this process takes less insides of holes, other intersection burrs, and other intensively. This dramatically improves mold formability, durability also for hiding scratches, matt processing, and for stainless steel bumps and dips, strengthens work- even process complex shapes, as well ● Improving the slidability of control, the process achieves high fixing beds time than manual work and securely hard-to-machine pieces. The process is used in automobiles, aircraft and many and releasability. otherwise producing functional surfaces as well. ● Pretreating and post- pieces by room temperature diffusion as large and heavy workpieces, and treating coating films engine parts and other processing reproducibility and controls ● Processing the flow removes dust, thereby maintaining the other kinds of transport equipment, and greatly allows processing positions to be set to and cementation, and provides various the processing level. Being a non- conditions for vacuum deposition. contributes to increasing reliability and reducing ● Removing dross from laser- metal products channels for micro-reactors other functions stemming from surface ※ any desired setting. processed surfaces ● Increasing durability and chemical dry process, this method is weight. The process also complies with Nadcap . This process is also adaptable to an transformation. Combined with shot drawability suited for a wide range of processing ※National Aerospace and Defense Contractors Accreditation automated work process and multiple peening, this process can also produce and patterning. Program. jet nozzles. synergic effects.

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An increasingly wide variation of sandblastAn technologies increasingly wide variation of sandblast technologies Applications are found in all fields and variousApplications industries. are found in all fields and various industries.

"Further evolution of technology and pursuit of "Further evolution of technology and pursuit of Cleaning, collection,Cleaning, restoration, collection, removal restoration, removal SculptureSculpture and artifacts and artifacts possibilities": This challenging spirit increases the uses of possibilities": This challenging spirit increases the uses of blast technology, which is used as a processing technology blast technology, which is used as a processing technology For restoring metalFor functionalityrestoring metal andfunctionality and For designFor expression. design expression. indispensable in scenes of creative manufacturing beyond indispensable in scenes of creative manufacturing beyond collecting rare metals.collecting rare metals. the domain of a specific field or industry. the domain of a specific field or industry. Basic Basic We, the members of Fuji Manufacturing, will continue We, the membersSandblast of Fuji Manufacturing, will continue Sandblast developing new technologies and promoting the use and developing newTechnology technologies and promoting the use and Technology application of blast technology to enrich society and home applicationAdvanced of blast technology to enrich society and home Advanced Sandblast Sandblast life as a leading company in sandblasting. life asTechnology a leading company in sandblasting. Technology

By removing scales, peelingBy removing paint scales,films, removingpeeling paint sand films, removing sandIn making woodIn making patterns wood appear, patterns producing appear, producing stone andstone and from castings and otherwise,from castings sandblasting and otherwise, is applic- sandblasting is applic-glass sculptures,glass and sculptures, in other and fields, in other blast fields, technology blast technology is is able to cleaning as well.able to cleaning as well. also used in alsoother used fine in artsother and fine designarts and fields. design suchfields. as such as The process performsThe processing process performs much moreprocessing quickly much more quicklysculpture, artifacts,sculpture, etc, artifacts, Combined etc, Combined with various with various kinds kinds than manual work. It isthan rational manual and work. allows It is rationalworkers and to allows workers ofto abrasive, ofthe abrasive, process the enables process enablesa wide avariety wide variety of of return quickly to the productionreturn quickly work to the that production they were work that they wereexpressions. expressions. doing. It is also activedoing. in removingIt is also active and collectingin removing and collecting backing plates, thin metalbacking films, plates, IC thin chips metal and films, other IC chips and other parts made of precionsparts metal made and of rareprecions metal metal (such and asrare metal (such as Advanced Sandblast Technology Advanced Sandblast Technology Basic Sandblast TechnologyBasic Sandblast Technology Au, Pt, Ni, etc). Au, Pt, Ni, etc).

SIRIUS processing WPC processingSIRIUS processing Ultra-precisionWPC processing processing VacuumUltra-precision deposition processing related processingVacuum deposition related processingDeburring DeburringSurface preparation Surface preparation Shot peening Shot peening Mold-relatedMold-related PearskinPearskin processing processing For "polishing" blast, microscopic deburring, thin TransformingFor the "polishing" topmost blast, surface microscopic for higher deburring, thin ForTransforming cutting and theroughening topmost surface hard forand higher brittle materials For cuttingFor cleaningand roughening deposited hard and parts, brittle jigs, materials electrodes andFor cleaning deposited parts, jigs,For electrodesfinishing resinand and die-cast products andFor finishing resinFor and pretreating die-cast products all kinds and of products.For pretreating all kindsFor of increasingproducts. the fatigueFor life increasing of metal the fatigue life ofProducing metal even higher-qualityProducing even molds higher-quality by a 2-step molds by a 2-stepFor the exteriorFor the designsexterior designs of products. of products. film removal, and surface enhancement. durability andfilm slidability. removal, and surface enhancement. at thedurability micrometer and slidability. level. at the micrometerother parts. level. other parts. parts made of aluminum, SUS and copper.parts made of aluminum, SUS and copper. parts. parts. process of cutting andprocess grinding of cutting (MK and processing). grinding (MK processing).

Before processing Before processing Partition for PDP (AC type) Partition for PDP (AC type)

This advanced heat treatment method This advanced heat treatment method injects fine-powdered abrasive with injects fine-powdered abrasive with grains less than 200μm in diameter and grains less than 200μm in diameter and makes the texture of the topmost makes the texture of the topmost After processing surfaces of metal products finer, After processing surfaces of metal products finer, thereby increasing hardness, toughness thereby increasing hardness, toughness This is a new surface treatment method Uses This is a new surface treatment methodUses Uses In semiconductor and other leading- UsesUses In semiconductorSandblast and is otheralso leading-effective in Usesvacuum Uses Sandblast is also effective in vacuum In machiningUses pieces of metal, resin or other materialIn machining piecesBlasting of metal, the resin base or othersurface material on which to applyBlasting paint the baseor surface on Thewhich process to apply utilizespaint or the full lifeThe of process products utilizes whose the full life of productsThis 2-stepwhose processingThis method 2-step processingcuts off burrs, method white cuts off burrs, whiteDue to the diffuseDue to reflection the diffuse ofreflection light on of finelight bumpson fine bumpsand and devised by fusing a newly developed and residual compressivedevised by stress.fusing a newly developed edgeand IT residualindustries compressive as well, stress. sandblast is edge IT industriesdeposition, as well, which sandblast is used is in various deposition, which is used in various and in making molded products, removing productand in making moldedadhesive products, increases removing the productsurface area, whileadhesive causing increases the the surfaceresponse area, while to causing metal the fatigue is emphasizedresponse to tometal extremes, fatigue is emphasized layers,to extremes, hardened layerslayers, and hardened other thermally layers and affected other thermally affecteddips, pearskindips, processing pearskin processing is a design is a processdesign process that that elastic medium with outstanding blast ● Enhancing the surfaces of In addition to makingelastic mediumthe various with outstandingparts ● blastIncreasing● Enhancingthe fatigue the surfaces of nowIn an addition indispensable to making technology. the various parts ● Increasing● Drilling, the dicing, fatigue reclaiming now an indispensablefields including technology. optical thin● Drilling, films, dicing, reclaiming● Pretreatment that increasesfields including optical thin films, burrs● Pretreatment is indispensable that increases to producing high-qualityburrs is indispensablepure surfaceto producing to emerge high-quality and roughening purethe interface.surface to emerge and rougheningthereby inhibitingthe interface. fatigue destructionthereby inhibiting and stress fatigue destructionzones, and stress micro-crackszones, and micro-cracksother surface and defects other surface defectsgives a soft,gives austere a soft, and austere profound and profound feel to feel metal to metal technology. As the medium (an elastic molds of cutting toolstechnology. and molds As the mediummore (an elasticstrength andmolds durability of Sandblastof cutting can tools perform and through-holemolds more strengthand otherwise and durability processing of Sandblastelectrodes, can perform semiconductor through-hole filmsand otherwiseand processingthe adhesiveness of electrodes, semiconductor films and products.the adhesiveness Blast-assisted of deburring destroys burrsproducts. by Blast-assistedThis then deburring increases destroys adhesiveness burrs by (anchor Thiseffect). then increases adhesivenesscorrosion (anchor effect). cracking. In processing,corrosion the cracking. process In processing, thegenerated process in mold manufacture,generated in and mold also manufacture, adds density and also adds densitysurfaces. It issurfaces. widely Itused is widely in digital used incameras, digital cameras, mobile mobile body) slides and processes the surface ● Removing microscopic durable, this processbody) slides prevents and processes stress the surfacegears, shafts● Removing and various microscopic processing,durable, this etching, process grooveprevents making stress gears,various shafts types and various of wafer (Si, processing,insulated etching, films groove for makingdisplays, andvarious food types of waferdeposited (Si, films insulated films for displays, and food usingdeposited abrasive films and blows them away with air. It is thususing abrasive and Notblows only them inaway painting with air. andIt is thusadhesion, thisNot process only in paintingis and adhesion,facilitates this adjustment process is of the injectionfacilitates rate adjustment and speed, of the injection rateand and residual speed, compressiveand stressresidual to compressive the surface stress texture. to the surface texture.phones, the interiorphones, andthe interior exterior and of exterior buildings, of buildings, and other and other other metal parts otherPzt, metal crystal, parts quartz glass Pzt, crystal, quartz glass to be worked, it achieves microscopic burrs (of about 5μm) from corrosion crackingto be worked, and itelectrical achieves microscopic burrs (of about 5μm) from and corrosionother cutting cracking operations and electrical in glass, and otherpacking cutting materials.operations in glass, ● Cleaning deposited filmspacking materials. a rational● Cleaning processing deposited films method. a rational processingwidely method. used in flame spray coating, Teflon,widely plating,used in flame spray coating,and the Teflon, setting plating, of processing directionand the setting and angle.of processing It direction andThe angle. process It is also ideallyThe process suited is foralso removingideally suited tool for removing toolapplications asapplications well. as well. tools and cutting tools friction, achieves tribological (lubrica- ● Improving toolsthe functions and cutting of tools friction, achieves tribological (lubrica- ● Improvingand ceramics), the functions and of other and ceramics), andincluding other jigs including jigs grinding. This process performs jet grinding. This process performs jet silicon, ceramic, and other hard and materials silicon, ceramic,In cleaning and vacuumother hard deposited and jigsmaterials and In cleaning vacuum deposited jigs and The process is also effective for complex shapes,The the process is alsoCVD, effective PVD, for and complex various shapes, other the kinds of coating.CVD, PVD, and various other kindsalso of allowscoating. a particular rangealso to allows be processed a particular range to bemarks. processed marks. The process Theis used process not is only used for not design only for purposes design purposes but but ● Removing weld burns from tion) effects through microscopic drills, end● mills,Removing and weld other burns from tion) effects through microscopic drills, end mills, and other processing by using nozzles, and can processing by using nozzles, andtools can and cutting tools brittle materials. With digital injection tools● Erecting and cutting pins tools on board- brittle materials.similar Withfields, digital this injectionprocess takes● Erecting less pins on board- similar fields, this process takes less insides of holes, other intersection burrs, and otherinsides of holes, other intersection burrs, and other intensively. intensively. This dramatically improvesThis dramatically mold formability, improves durabilitymold formability, durabilityalso for hidingalso scratches, for hiding scratches, matt processing, matt processing, and for and for stainless steel bumps and dips, strengthens work- stainless steel bumps and dips, strengthens work- even process complex shapes, as well even process complex shapes, ●as Improvingwell the slidability of control, the process achieves high ● Improvingfixing beds the slidability of control, timethe process than manual achieves work high and securelyfixing beds time than manual work and securely hard-to-machine pieces. hard-to-machine pieces. The process is used in automobiles,The process aircraft is andused manyin automobiles, aircraftand and releasability. many and releasability. otherwise producingotherwise functional producing functionalsurfaces surfacesas well. as well. ● Pretreating and post- pieces by room temperature diffusion ● Pretreating and post- pieces by room temperature diffusion as large and heavy workpieces, and treating coating films as large and heavy workpieces, engineand partstreating and coatingother films processing reproducibility and controls engine● Processing parts and the other flow processingremoves reproducibility dust, andthereby controls maintaining● Processing the the flow removes dust, thereby maintaining the other kinds of transport equipment,other kinds and of transportgreatly equipment, and greatly allows processing positions to be set to and cementation,allows and processing provides positionsvarious to be set to the andprocessing cementation, level. and provides Being variousa non- the processingconditions level. for Beingvacuum a non- deposition. conditions for vacuum deposition. contributes to increasing reliabilitycontributes and to reducing increasing reliability and reducing ● Removing dross from laser- metal products● Removing dross from laser- metalchannels products for micro-reactors channels for micro-reactors other functions stemming from surface other functions stemming from surface ※ ※ any desired setting. processed surfaces any desired setting. ● Increasing processeddurability surfacesand chemical dry process, this method is ● Increasing durability and chemical dry process, this method is weight. The process also compliesweight. with The Nadcap process. also complies with Nadcap . This process is also adaptable to an transformation.This Combined process is with also shotadaptable todrawability an suitedtransformation. for a wide rangeCombined of processing with shot drawability suited for a wide range of processing ※National Aerospace and Defense ※ContractorsNational Aerospace Accreditation and Defense Contractors Accreditation automated work process and multiple peening, this processautomated can workalso processproduce and multiple and peening,patterning. this process can also produce and patterning. Program. Program. jet nozzles. synergic effects.jet nozzles. synergic effects.

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Characteristics of sandblasting

The kind of sandblasting that uses collision with abrasive (a medium) is physical processing. It is applicable to Physical processing/dryprocess various work materials. It is a dry process and can generally be called eco-friendly and inexpensive. Building blast machies, contract-processing of customer Products Sandblasting processes utilize more than 400 kinds of abrasives in combination with In various fields that get society moving.... Fuji Manufacturing Sandblasting that uses the injection of compressed air can accommodate small and large sizes, light to heavy the injection system, injection pressure, injection rate, and various other conditions. Air process that meets all shapes weight, plane and corner parts, complex shapes and any other work shapes, thereby meeting all shapes. Some and providing supplies. pursues the The possibilities offered are indeed unlimited. Fuji Manufacturing continues Diverse blasting technologies are active in scenes close to you. kinds of sandblasting equipment are even applicable indoors. science of conducting research on everything about sandblasting, ranging from the injection, Nozzle process with high Sandblasting that uses a nozzle system allows easy configuration of nozzle distance, angle and direction, and the Offering flexible user solutions to meet different needs and purposes. sandblasting collection and sorting of sandblast to abrasive, the processing itself, to the quality number of nozzles can be changed to a desired setting. Whether manual or automatic, this process provides high control of products to be worked and the equipment used. In addition to the formation degrees of freedom degrees of production freedom to meet the production needs of users. In combination with robots, this process can also realize high accuracy and motion speed. and processing of partitions in plasma displays, WPC processing and SIRIUS processing, along with the development of hyper-nozzles with long slit and digital Possibilities that increase in combi- Combinations with more than 400 kinds of abrasives (a medium) enable the generation of various worked surfaces constant-rate injection systems, involve only a few of the patents owned by Fuji nation with abrasive(a medium) for various materials. Those seemingly unlimited possibilities of processing will surely satisfy user requirements. Blasting started with surface treatment. Today it has Manufacturing. Therefore, Fuji Manufacturing pursues "the right way" about blasting. Manufacturing blast systems accomplished the addition of various functions, thereby seeing an increasingly wide range of applications. Blasting:Its principles and basic mechanism ● Semiconductor-related industries To manufacture high-quality systems. Our track record in the metal parts of automotive engines (silicon wafers, reclaiming, photovoltaic and fuel cells) "Blasting"... its principles are those of a sandstorm in the desert. It is Fuji Manufacturing's systems. Therein lies its consistent and the glass panels of plasma displays shows the ● Automobile-related industries ● attitude of pursuing the best at all times. Not only providing Cutting tool industry ● MEMS-related industries ● Electrical/electronics-related industries said to have been inspired by such things as the various surface possibilities of technical applications of blasting. (engines, pistons, transmission gears) (drills, end mills) (precision boards, optical films) (PDP, LCDs, organic EL) patterns caused by sand grains being blown across the desert. Given the highest-level technology in injecting, sorting and We, the members of Fuji Manufacturing, will promote this the simplicity of the principles, the process is also easy to apply. collecting abrasive, but also in stably activating the ● Mold industry Moreover, the process is also characterized regardless of the Processing evolution even further as a pioneer and the top-ranking (die cast molds, press molds, forging molds) material of the object being worked. equipment and detecting errors, and inspecting and know-how Leading-edge expertise manufacturer in blasting. Fuji Manufacturing realizes various kinds of surface maintaining processing specifications, we regard treatment that meet the needs of the times by using sandblasters as a system in a comprehensive manner, Capability to tackle the possibilities of blasting and meet Physical surface treatment its expertise with high reliability to flexibly ● Automobile-related industries Strengthening and hardening that meets nano-order needs control the principles and the wide variety of thereby offering high-grade devices. various needs. (processed aluminum products) the topmost surface ● Semiconductor-related industries Fuji Manufacturing has constantly been working to fuse leading-edge abrasives. ● Tool/cutting tool industry (glass boards) technology with sandblasting technology by such means as: (1)WPC (drills, end mills, precision needles, syringes) Ultra- processing for the surface treatment of metal materials, (2)ultra- ● Flat panel manufacturing industry ● Mold industry WPC precision precision processing that now extends to the semiconductor and IT (various molds) processing (reflectors, backing plates, adhesion-preventive plates) processing fields, and (3)SIRIUS processing that makes precision deburring and ● Machining industry ● Lens manufacturing/processing industry smoothing a reality. ● Coating industry (optical lenses, dome-use canopies) Our capability to make varied proposals and our outstanding capability ● Development (various cutting tools, etc.) Combining ultrahigh ● Higher durability Patterning cut SIRIUS ● Vacuum The optimal condition of creative development based on accumulated processing know-how precision with ● Lower sliding resistance Dimple processing ● Electronics-related industry ■ The background that supports system manufacture ● Laser processing industry ● Surface roughening deposition for deposition (electronic parts, ion-implanted parts) can be called nothing but the best partner in sandblasting. (metal masks) delicate processing processing ● Room temperature diffusion ● Printing industry ● Ultra-precision polishing, (photographic facsimile) cutting, deburring ● Thin-film removal ● SUS baking, dross removal ● Cleaning ● Pretreatment before the uct refresh molded p coating adheres od in ng ro r g Thorough test About 30,000 ri d ● Lower sliding resistance P r u u c b Cleaning, processing units delivered t e s collection, D ● Automobile-related industry ● Mold/casting industry company in "sandblasting" Deburring restoration, ● Removing oxide films (cylinder blocks) (removing mold wash and ● Metal processing industry and foreign matter ● Deburring metal removal mold release agents, removing (magnetic disks) ● products n app Removing various casting sand) etal ig lic ● Semiconductor field ● m se es at adherents ■ Production Deburring plastic ng rv d io ■Sample test i ic ● (office automation equipment, products s e r n Cleaning ● factory ● Plastics industry a o s laser-processed products) Construction/housing industry Product quality is ● e l F ● Peel processing Deburring molds r i Sculpture, The factory is (PPS resin, lenny resin, peak resin, etc.) c f (exterior mold plates) demonstrated in e ● ● Deburring lead frames n mold Collecting rare Design philosophy among the largest I Shot dhes all w artifact, ● Electrical/home electronics the form of the in a ion g ea metals Start to finish Among the largest in in terms of site Organization t a in k industry ● Printing industry real product.With peening c n t n assuming that ● Automobile-related industries ta a pearskin area in Tokyo. d e (aluminum frames) micrometer-order production of the Tokyo, with total n n (various meters) c i s With the latest (automotive wheels) o finish o s measuring equip- products should run c

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related Woodwork ● Higher durability processing factories 14,000 m skilled staff, this M ● Glass sculpture The greatest technical staff of all manufacturers ● years production facility Lower sliding resistance ● Stone sculpture ● pursues quality. specializing in sandblasting. Lighter weight ● ● Construction/housing Fancy pearskin finish ● Pretreatment for coating and plating ● Reducing the times for mold industry The technical staff of Fuji Manufacturing numbers about 70 members, ● Automobile-related industries ● Pretreatment for adhesion and polishing (interior and exterior fancy plates) (transmission gears, torsion bars, crankshafts, bodies) ● Improving mold release, improving with 50 working in design and about 20 in R&D (as of December 2007). coating ● Aircraft-related industries ● durability ● Artifact manufacturing ● Electrical/home electronics industry This technical staff boasts its being among the largest of all companies Pretreatment for fusion and press (turbine blades, discs, landing gears, aircraft bodies, main wings) ● Increasing mold dimensional precision (wooden kitchenware) (casings for mobile telephones and digital products) fitting in Japan. ● ● Removing tool marks Pretreatment for welding ● Fine arts and design industry ● Sporting goods industry This large staff obsessed with sandblasting is committed day and night ● Nuclear-related industries ● Petrochemical industries (glasswork, stained glass) (golf clubs) (fan blades) (storage tanks) In-house manufacturing of the equipment to researching, developing and designing the latest and top-ranking ● Bridge construction industry ● Stone industry ● Fashion industry manufacturing process sandblasting technologies, which are conversely simple and easy ● Precision equipment field (bridges, bridge columns) (tombstones and family (spectacle frames) (springs) ● Various mold manufacturing industries emblems, character carving) Advanced machine tools are introduced for sheet metal cutting, blasters. Responding to the diverse blast needs of users by using the ● Automobile-related industry ● Various mold-using industries processing and assembly, thereby manufacturing products in the most excellent and largest group of technical staff members... that is (engine valves) (press products, die cast products, forged products, company's own factories. ● Fashion industry ● Aircraft-related industry castings, extraction molds, plastic products, rubber company's own factories. what Fuji Manufacturing does. (spectacle frames) (aircraft bodies) products, glass products, etc.) Welding Pressing ● Building materials ● Metal processing industry (exterior plates) (pots, frying pans)

technical applications beyond the domain of specific fields and The fields of blast technology are expanding even further, including something useful." That is blast technology. Laser processing Machining Machining Equipment assembly technical uses by new industries. "There will be always 6 11 4 5 会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 2

Our "pride" as a group of specialists and our "responsibility": The reasons we enjoy client confidence.

We provide the blast systems best suited for user needs. At Fuji Manufacturing, we base ourselves on providing our clients with consultations emphasizing "technology" and propose systems that will be the appropriate solution to specific business needs. Moreover, our manufacturing and inspection The greatest assets of Fuji Manufacturing are its enthusiastic departments that embody those proposals have the largest scale and most advanced environment in Tokyo. passion for sandblasting, its core technology for circulating Blasting on commission abrasives, leading-edge expertise, obsession with creative manufacturing, and abundant experience and track record. To meet testing and outsourcing needs. From consultation that stresses The best specifications enabled only by With our "pride" being a manufacturer specializing in Corporate needs for processing on commission are growing, technology to the core of user needs. abundant data are converted to including outsourcing needs for prototyping and test sandblasting and our "responsibility," we respond to needs of drawings. various industry and come up with technologies for venturing processing in scenes of developing new products, due to into leading-edge fields. These are the reasons we enjoy client shortening the product lifecycle, and increasing investment confidence. efficiency. At Fuji Manufacturing, we provide blast processing with high skills by using the latest blast equipment for Track record workpieces of all shapes and materials, ranging from small to large quantities, light to heavy weight, ultra-small to Processing workshop (head office/works) Our track record of having delivered a cumulative small and large sizes, and for glass and ceramics to various total of about 30,000 units and our history dating metal parts. back more than sixty years. Achievement Consultations for clients are given by experts well- Systems best suited for business are designed by our Our track record of having delivered a cumulative total of about 30,000 versed in technology and industrial information. abundant data derived from our track record of about 30,000 units for both the domestic and international markets, and our history Through consultation, we properly grasp client needs units produced, which is among the industry's highest level, and propose the best solutions. Based on "technology," along with an abundant and skilled staff of designers dating back more than sixty years are signs of user confidence in us. we hold meetings on all matters including the minutest numbering more than 70. Moreover, in the course of design, Moreover, we have accumulated know-how in all kinds of blasting. details and establish specifications based on a secure we maintain close communication with our clients, thereby We have also enjoyed many orders from top-ranking manufacturers in relationship of confidence. securely reflecting even the tiniest needs in drawings for the proposed system. different fields. If you need sandblasting, your first choice should be Fuji Inspecting WPC workpieces (head office/works) Manufacturing.

This factory boasts of total floor space of about 4,000 m2 and is one of As a world-class leading Japan's largest factories specializing in blast processing on commission. It is ready to process plates 3,000-mm long and other large workpieces (Ibaraki Works). Technology

Residual Stress Evaluation System Measurement/inspection system Our industry No.1 measurement and inspection system supports advanced blast technology. Know-how Advanced blast processing that gives new functions to about blasting Circulation of abrasive workpieces is supported by our industry No.1 measurement and inspection system. Complete with optical, laser and Our rich theories and accumulated technology in electron microscopes, the facility can inspect surface shapes mechanisms for circulating abrasive. with magnification up to 90,000 times and also analyze the Mechanisms for circulating abrasive that materialize the injection, Powerful user support that does not let High-quality systems born out of Tokyo's composition of blast-transformed surfaces on an elemental collection and sorting of abrasive in an integral manner by using airflow business stagnate. largest-scale, most abundant facilities. power are the core technology for sandblasting. basis. The injection rate and injection pressure are adjusted to achieve optimal After the system is delivered, we do not let user Drawings are sent online to the factories, where system The factory also has hardness meters, friction and wear processing capacity. And high-performance collection and sorting are business stagnate. To that end, we always have the manufacturing starts. The head office/factory is among testers, slide testers and other well-furnished equipment for Laser microscopic analysis Friction and wear test used to maintain polishing quality and uniformity. Fuji Manufacturing has basic consumables in stock. Moreover, to allow our Tokyo's largest in both site area and space. The factory measurement and inspection indispensable to blast absolute self confidence in this regard. clients to use the is also complete with equipment for long laser processors and processing. periods, we provide other latest equipment. rich support in all Almost 100% of prod- ■ Main measuring equipment areas from inspection ucts are manufactured to overhaul. in-house, thereby manu- ・Grain size analizer ・Electron microscope ・ ・ facturing high-quality Electronic scale Energy dispersive composition ・Laser microscope analysis systems. ・ Friction and wear tester ・Surface roughness meter ・Microscopic hardness meter (Surfcom 1400) ・Ultra-microscopic hardness meter ・Microscope ・Precision grain size analizer ・EVA・RES (010) Grain size analizer Electron microscope/surface element analysis

3 12 13 会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 2

Our "pride" as a group of specialists and our "responsibility": The reasons we enjoy client confidence.

We provide the blast systems best suited for user needs. At Fuji Manufacturing, we base ourselves on providing our clients with consultations emphasizing "technology" and propose systems that will be the appropriate solution to specific business needs. Moreover, our manufacturing and inspection The greatest assets of Fuji Manufacturing are its enthusiastic departments that embody those proposals have the largest scale and most advanced environment in Tokyo. passion for sandblasting, its core technology for circulating Blasting on commission abrasives, leading-edge expertise, obsession with creative manufacturing, and abundant experience and track record. To meet testing and outsourcing needs. From consultation that stresses The best specifications enabled only by With our "pride" being a manufacturer specializing in Corporate needs for processing on commission are growing, technology to the core of user needs. abundant data are converted to including outsourcing needs for prototyping and test sandblasting and our "responsibility," we respond to needs of drawings. various industry and come up with technologies for venturing processing in scenes of developing new products, due to into leading-edge fields. These are the reasons we enjoy client shortening the product lifecycle, and increasing investment confidence. efficiency. At Fuji Manufacturing, we provide blast processing with high skills by using the latest blast equipment for Track record workpieces of all shapes and materials, ranging from small to large quantities, light to heavy weight, ultra-small to Processing workshop (head office/works) Our track record of having delivered a cumulative small and large sizes, and for glass and ceramics to various total of about 30,000 units and our history dating metal parts. back more than sixty years. Achievement Consultations for clients are given by experts well- Systems best suited for business are designed by our Our track record of having delivered a cumulative total of about 30,000 versed in technology and industrial information. abundant data derived from our track record of about 30,000 units for both the domestic and international markets, and our history Through consultation, we properly grasp client needs units produced, which is among the industry's highest level, and propose the best solutions. Based on "technology," along with an abundant and skilled staff of designers dating back more than sixty years are signs of user confidence in us. we hold meetings on all matters including the minutest numbering more than 70. Moreover, in the course of design, Moreover, we have accumulated know-how in all kinds of blasting. details and establish specifications based on a secure we maintain close communication with our clients, thereby We have also enjoyed many orders from top-ranking manufacturers in relationship of confidence. securely reflecting even the tiniest needs in drawings for the proposed system. different fields. If you need sandblasting, your first choice should be Fuji Inspecting WPC workpieces (head office/works) Manufacturing.

This factory boasts of total floor space of about 4,000 m2 and is one of As a world-class leading Japan's largest factories specializing in blast processing on commission. It is ready to process plates 3,000-mm long and other large workpieces (Ibaraki Works). Technology

Residual Stress Evaluation System Measurement/inspection system Our industry No.1 measurement and inspection system supports advanced blast technology. Know-how Advanced blast processing that gives new functions to about blasting Circulation of abrasive workpieces is supported by our industry No.1 measurement and inspection system. Complete with optical, laser and Our rich theories and accumulated technology in electron microscopes, the facility can inspect surface shapes mechanisms for circulating abrasive. with magnification up to 90,000 times and also analyze the Mechanisms for circulating abrasive that materialize the injection, Powerful user support that does not let High-quality systems born out of Tokyo's composition of blast-transformed surfaces on an elemental collection and sorting of abrasive in an integral manner by using airflow business stagnate. largest-scale, most abundant facilities. power are the core technology for sandblasting. basis. The injection rate and injection pressure are adjusted to achieve optimal After the system is delivered, we do not let user Drawings are sent online to the factories, where system The factory also has hardness meters, friction and wear processing capacity. And high-performance collection and sorting are business stagnate. To that end, we always have the manufacturing starts. The head office/factory is among testers, slide testers and other well-furnished equipment for Laser microscopic analysis Friction and wear test used to maintain polishing quality and uniformity. Fuji Manufacturing has basic consumables in stock. Moreover, to allow our Tokyo's largest in both site area and space. The factory measurement and inspection indispensable to blast absolute self confidence in this regard. clients to use the is also complete with equipment for long laser processors and processing. periods, we provide other latest equipment. rich support in all Almost 100% of prod- ■ Main measuring equipment areas from inspection ucts are manufactured to overhaul. in-house, thereby manu- ・Grain size analizer ・Electron microscope ・ ・ facturing high-quality Electronic scale Energy dispersive composition ・Laser microscope analysis systems. ・ Friction and wear tester ・Surface roughness meter ・Microscopic hardness meter (Surfcom 1400) ・Ultra-microscopic hardness meter ・Microscope ・Precision grain size analizer ・EVA・RES (010) Grain size analizer Electron microscope/surface element analysis

3 12 13 会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 1

®

Blast abrasive

Our lineup of various abrasives with grain sizes of 1μm to 2,000μm increases the possibilities of blasting even further. More than 400 varieties of abrasives. Our lineup of abrasives that vary widely in terms of hardness, grain size, shape, and other characteristics supports diverse processing with blast. We enjoy a high reputation not only for the quality of the materials, but also for homogeneity and durability as well. Lineup of representative abrasives Type Article Shape Main characteristics and uses

Soft type Plastics-based. Low in hardness and suited for processing resin Nylon Beads Cylindrical products.

Plastics-based. Harder than nylon and used widely in deburring, Polyplus Polygonal cleaning and other applications.

Nylon Beads Polyplus Peach Plant-based. Low in hardness and performs polishing without Peach Polygonal scratching the workpieces. Fuji Manufacturing Co., Ltd. Head office/works Company Profile Water-soluble. Suited for processing operations that do not Eco-Soft Polygonal 5-2-24 Matsue, Edogawa-ku, Tokyo 〒132-0025 Eco-Soft tolerate abrasive residues. TEL：+813-03-3686-2291 FAX：+813-03-3686-5045

Semi-hard type Reduced Iron Polygonal Metal-based. An abrasive indispensable for alumite processing. ■ Powder Nagoya Office Metal-based. Low in hardness. Therefore used in removing burrs Stainless Beads Spherical 8 Himewaka-cho, Meito-ku, Nagoya 〒465-0045 and scales, among other uses. TEL：052-703-2291 FAX：052-703-2443

Reduced Iron Powder Stainless Beads SUS Round Cut Wire SUS Round Cut Metal-based. Does not wear much and lasts long. Used in ■ Spherical Wire removing scales and for other applications. Osaka Office 11-17 Toyotsu-cho, Suita-shi, Osaka 〒564-0051 Fuji Glass Beads Spherical Metal-based. An abrasive indispensable for alumite processing. Fuji Glass Beads TEL：06-6190-2323 FAX：06-6190-2280

Hard type Metal-based. This abrasive is used most widely in blast and used ■ Steel Shot Spherical in removing burrs and scales, and in shot peening. Ibaraki Works 〒 Metal-based. Used in removing burrs and scales, and in shot 4611-3 Shimoota, Inashiki-shi, Ibaraki-ken 300-1424 Steal Beads Spherical peening and WPC processing as well. TEL：0297-60-6211 FAX：0297-60-6213

Steel Shot Steal Beads Zircon Beads Ceramics-based. This abrasive does not break easily and wears Zircon Beads Spherical little. Resistant to work powder and other contaminants, and maintains the quality of high-purity abrasives. http://www.fujimfg.co.jp Superhard type Ceramics-based. One of the representative abrasives and used Fuji Rundum A/WA Polygonal widely in blasting for deburring, surface preparation and other purposes

Ceramics-based. Harder than Fuji Rundum A/WA and used for Fuji Rundum C Polygonal high-hardness work. Fuji Rundum C Fuji Superhard

The highest-hardness abrasive. For special processing of Fuji Superhard Polygonal sapphires, SiC monocrystals and other materials. Fuji Rundum A/WA

Special type An elastic composite with abrasive grains kneaded in it. Only used SIRIUS Medium Special for SIRIUS processing.

Solid Lubricant Special For WPC processing. Transforms surfaces for greater slidability. SIRIUS Medium Solid Lubricant

14 1202MA 会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 2

Some examples of Pneuma-Blaster the No.1 share of the domestic market. As a pioneer and the top-ranking manufacturer in blast

1950: Founded as a compressor manufacturer at Nishiichiinoe, Edogawa-ku, Tokyo. Rotary table with open window machine Indexing rotary table machine (Planetary machine) Multi axis machine Robot machine 1957: Manufactured and delivered Japan's first unit (SF type) for a cabinet-type Excellent in versatility, for continuous and batch process. Indexing table to equip satellite small tables to rotate small Carriage type machine combined with multi axis (X,Z,θ1, Carriage type machine combined with robot to accommodate 1950 siphon blaster. 1957 to medium size workpieces while blasting. θ2) to accommodate various kind of work pieces with complicated shapes. 1959: Established "Fuji Manufacturing Incorporated." Capital: work pieces. 1959 500,000 yen.

1961 1961: Successfully developed gravity-type sandblasters (SG type).

1970 1970: Reorganized as "Fuji Manufacturing Co., Ltd."

1971: Standardized the names of its 1971 sandblasters as "Pneuma Blasters."

1977: Opened Nagoya Office. 1977

1978: Moved head office/works to a newly 1978 built facility at the present location.

1985: Achieved a cumulative total of 1985 10,000 sandblasters delivered.

1986: Eatablished Japan Blast Process Researches Co., 1986 Ltd.(in charge of sandblasting on commission). Head office/works

Internal table machine Bouncing conveyor machine 1990: Increased capital to 120 million yen. Acquired patents for its surface heat-treatment 1990 process for metal products (WPC processing). Work pieces should be placed on a large table and blasted Workpiece can be blasted on its whole surface without being Rotary table with suction type machine Wire processing machine held. The machine is also good in in-line configuration 1993: Delivered the first blaster designed on their upper surface. 1993 thanks to horizontal conveyor. A thin substrate workpiece can be retained to the large table A production line machine to blast the whole surface of wire specifically for plasma display panels. by suction and blasted with high ranging from φ1 up to φ30. 1996: Successfully developed SCM-type speed spinning. 1996 sandblasters for precision processing. Nagoya Office Osaka Office

1997: Exceeded a cumulative total of 1997 ■ Brief facts about Fuji 20,000 sandblasters delivered. Manufacturing Capital 120 million yen 1998: Opened phase-I building (with floor space of 5.45 billion yen (for the term ended 1998 Annual about 1,500m2 ) for the Ibaraki Works. sales March 2007) Workforce 240 (end of September 2007, group 1999: Acquired patents for foreign matter total) 2 2 removal system for sandblasters. 1999 Total floor 19,610m (including 2,235m for space office space) 2001: Received a Technology Award from the Japanese Society of Head 13,685m2 (including Tribologists for WPC processing of pistons used in automotive 2001 office/works 1,453m2 for office space) engines. Opened "Atelier Le Cher" glass artifact school. Nagoya Office/works Osaka Office 2005: Opened second building (about 2,300m2) for the Ibaraki Works. 2005 In-line shot-peening machine Robot shot-peening machine Opened Osaka Office. Exceeded a cumulative total of 25,000 sandblasters Ibaraki Works delivered. Successfully developed "SIRIUS" processing: "polishing blast". JBR (subsidiary) Conveyor machine Cylinder processing machine 2006 Widely used for parts for automobile(A/T) and A dedicated machine for aerospace industries to combine Selected as one of "300 Energetic Small and Mid-size 2006: 2007 With its universality, good for long and big workpiece. We have a variety of product line to accommodate from aerospace(blades) industries. robot system with computer monitor system to achieve Manufacturers" by the Ministry of Economy, Trade and Industry.

(Roller type or bar type conveyor) 2 small to big size cylindrical workpiece. various recipe driven process. 2007: Refurbished head office/works (with total floor space of about 14,000m ). Launched Fuji Fine Tech Co., Ltd. (in charge of precision sandblasting on commission).

■ Electrical appliances : Akita Shindengen Co., Ltd., Asahi ■ Transport equipment : IHI Corporation, Aisin AW Co., ■ Precision equipment : Iwata Denko Co., Ltd., Olympus Kasei Electronics Co., Ltd., Alps Electric Co., Ltd., Omron Ltd., Aisin Seiki Co., Ltd., Isuzu Motors Limited, Ichikoh Corporation, Canon Group, Citizen Holdings Co., Ltd., Corporation, Kyocera Corporation, Konika Minolta HD Co., Industries, Ltd., Calsonic Kansei Corporation, Kawasaki Terumo Corporation, Nikon Corporation, Pentax Corporation, Ltd., Sanken Electric Co., Ltd., Sanyo Electric Co., Ltd., Heavy Industries, Ltd., KYB Co., Ltd., Koito Manufacturing Hoya Corporation, Murakami Co., Ltd. Geomatec Co., Ltd., Sharp Corporation, Seiko Epson Co., Ltd., General Motors Group, Japan Railways companies, ■ Others : Asahi Kasei Corporation, Ulvac, Inc., Ulvac Corporation, Sony Corporation, Taiyo Yuden Co., Ltd., TDK Shimano, Inc., Jatco Ltd., JAL Group, All Nippon Airways Materials, Inc., Kirin Brewery Company, Limited, CBC Optics Corporation, Toshiba Corporation, Nippon Tungsten Co., Co., Ltd., Daihatsu Motor Co., Ltd., Pacific Industrial Co., Co., Ltd., Zojirushi Corporation, Dai Nippon Printing Co., Ltd., Ltd., NEC Corporation, Nidec-Read Group, Pioneer Ltd., T. Rad Co., Ltd., Denso Corporation, Topy Industries Toray Industries, Inc., Toppan Printing Co., Ltd., Tokyo Corporation, Panasonic Electronic Devices Co., Ltd., Hitachi, Ltd., Toyoda Gosei Co., Ltd., Toyota Motor Corporation, Silicone Corporation, Tokyo Electric Power Company Ltd., Fuji Xerox Co., Ltd., Fujitsu Corporation, Fujitsu Hitachi Nissan Motor Co., Ltd., Fuji Heavy Industries Ltd., Honda (TEPCO), Nisshinbo Industries, Inc., Paloma, Ltd., Honma Plasma Display Limited, Fuji Electric Group, Matsushita Group, Mazda Motor Corporation, Mitsubishi Motors Golf Co., Ltd., Maruman Co., Ltd., Mitsutoyo Corporation, Electric Industrial Co., Ltd., Mitsubishi Electric Corporation, Corporation, Yamaha Motor Co., Ltd., Unisia Jecs Co. YKK AP Inc. Mitsumi Electric Co., Ltd., Murata Manufacturing Co., Ltd., ROHM Group

15 16 2 会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 2

Some examples of Pneuma-Blaster the No.1 share of the domestic market. As a pioneer and the top-ranking manufacturer in blast

1950: Founded as a compressor manufacturer at Nishiichiinoe, Edogawa-ku, Tokyo. Rotary table with open window machine Indexing rotary table machine (Planetary machine) Multi axis machine Robot machine 1957: Manufactured and delivered Japan's first unit (SF type) for a cabinet-type Excellent in versatility, for continuous and batch process. Indexing table to equip satellite small tables to rotate small Carriage type machine combined with multi axis (X,Z,θ1, Carriage type machine combined with robot to accommodate 1950 siphon blaster. 1957 to medium size workpieces while blasting. θ2) to accommodate various kind of work pieces with complicated shapes. 1959: Established "Fuji Manufacturing Incorporated." Capital: work pieces. 1959 500,000 yen.

1961 1961: Successfully developed gravity-type sandblasters (SG type).

1970 1970: Reorganized as "Fuji Manufacturing Co., Ltd."

1971: Standardized the names of its 1971 sandblasters as "Pneuma Blasters."

1977: Opened Nagoya Office. 1977

1978: Moved head office/works to a newly 1978 built facility at the present location.

1985: Achieved a cumulative total of 1985 10,000 sandblasters delivered.

1986: Eatablished Japan Blast Process Researches Co., 1986 Ltd.(in charge of sandblasting on commission). Head office/works

Internal table machine Bouncing conveyor machine 1990: Increased capital to 120 million yen. Acquired patents for its surface heat-treatment 1990 process for metal products (WPC processing). Work pieces should be placed on a large table and blasted Workpiece can be blasted on its whole surface without being Rotary table with suction type machine Wire processing machine held. The machine is also good in in-line configuration 1993: Delivered the first blaster designed on their upper surface. 1993 thanks to horizontal conveyor. A thin substrate workpiece can be retained to the large table A production line machine to blast the whole surface of wire specifically for plasma display panels. by suction and blasted with high ranging from φ1 up to φ30. 1996: Successfully developed SCM-type speed spinning. 1996 sandblasters for precision processing. Nagoya Office Osaka Office

1997: Exceeded a cumulative total of 1997 ■ Brief facts about Fuji 20,000 sandblasters delivered. Manufacturing Capital 120 million yen 1998: Opened phase-I building (with floor space of 5.45 billion yen (for the term ended 1998 Annual about 1,500m2 ) for the Ibaraki Works. sales March 2007) Workforce 240 (end of September 2007, group 1999: Acquired patents for foreign matter total) 2 2 removal system for sandblasters. 1999 Total floor 19,610m (including 2,235m for space office space) 2001: Received a Technology Award from the Japanese Society of Head 13,685m2 (including Tribologists for WPC processing of pistons used in automotive 2001 office/works 1,453m2 for office space) engines. Opened "Atelier Le Cher" glass artifact school. Nagoya Office/works Osaka Office 2005: Opened second building (about 2,300m2) for the Ibaraki Works. 2005 In-line shot-peening machine Robot shot-peening machine Opened Osaka Office. Exceeded a cumulative total of 25,000 sandblasters Ibaraki Works delivered. Successfully developed "SIRIUS" processing: "polishing blast". JBR (subsidiary) Conveyor machine Cylinder processing machine 2006 Widely used for parts for automobile(A/T) and A dedicated machine for aerospace industries to combine Selected as one of "300 Energetic Small and Mid-size 2006: 2007 With its universality, good for long and big workpiece. We have a variety of product line to accommodate from aerospace(blades) industries. robot system with computer monitor system to achieve Manufacturers" by the Ministry of Economy, Trade and Industry.

(Roller type or bar type conveyor) 2 small to big size cylindrical workpiece. various recipe driven process. 2007: Refurbished head office/works (with total floor space of about 14,000m ). Launched Fuji Fine Tech Co., Ltd. (in charge of precision sandblasting on commission).

■ Electrical appliances : Akita Shindengen Co., Ltd., Asahi ■ Transport equipment : IHI Corporation, Aisin AW Co., ■ Precision equipment : Iwata Denko Co., Ltd., Olympus Kasei Electronics Co., Ltd., Alps Electric Co., Ltd., Omron Ltd., Aisin Seiki Co., Ltd., Isuzu Motors Limited, Ichikoh Corporation, Canon Group, Citizen Holdings Co., Ltd., Corporation, Kyocera Corporation, Konika Minolta HD Co., Industries, Ltd., Calsonic Kansei Corporation, Kawasaki Terumo Corporation, Nikon Corporation, Pentax Corporation, Ltd., Sanken Electric Co., Ltd., Sanyo Electric Co., Ltd., Heavy Industries, Ltd., KYB Co., Ltd., Koito Manufacturing Hoya Corporation, Murakami Co., Ltd. Geomatec Co., Ltd., Sharp Corporation, Seiko Epson Co., Ltd., General Motors Group, Japan Railways companies, ■ Others : Asahi Kasei Corporation, Ulvac, Inc., Ulvac Corporation, Sony Corporation, Taiyo Yuden Co., Ltd., TDK Shimano, Inc., Jatco Ltd., JAL Group, All Nippon Airways Materials, Inc., Kirin Brewery Company, Limited, CBC Optics Corporation, Toshiba Corporation, Nippon Tungsten Co., Co., Ltd., Daihatsu Motor Co., Ltd., Pacific Industrial Co., Co., Ltd., Zojirushi Corporation, Dai Nippon Printing Co., Ltd., Ltd., NEC Corporation, Nidec-Read Group, Pioneer Ltd., T. Rad Co., Ltd., Denso Corporation, Topy Industries Toray Industries, Inc., Toppan Printing Co., Ltd., Tokyo Corporation, Panasonic Electronic Devices Co., Ltd., Hitachi, Ltd., Toyoda Gosei Co., Ltd., Toyota Motor Corporation, Silicone Corporation, Tokyo Electric Power Company Ltd., Fuji Xerox Co., Ltd., Fujitsu Corporation, Fujitsu Hitachi Nissan Motor Co., Ltd., Fuji Heavy Industries Ltd., Honda (TEPCO), Nisshinbo Industries, Inc., Paloma, Ltd., Honma Plasma Display Limited, Fuji Electric Group, Matsushita Group, Mazda Motor Corporation, Mitsubishi Motors Golf Co., Ltd., Maruman Co., Ltd., Mitsutoyo Corporation, Electric Industrial Co., Ltd., Mitsubishi Electric Corporation, Corporation, Yamaha Motor Co., Ltd., Unisia Jecs Co. YKK AP Inc. Mitsumi Electric Co., Ltd., Murata Manufacturing Co., Ltd., ROHM Group

15 16 2 会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 1

Roller conveyor machine (For large substrate) Partition wall machine Blower type machine Inner and outer surface processing machine For the unlimited possibilities of blast, In line blast machine with process width of 3,000mm for Space saving machine to blast the whole upper surface of a Automated machine with energy saving feature to run Workpiece or nozzle will rotate.( For cylinders or drums) large substrate workpiece of PDP, LCD etc. workpiece in a cabinet that is only a little bigger than the without compressor. With professionals in their serious attitudes. workpiece.

"Blast" is used in all fields ranging from aircraft, automobiles and IT products to wooden and glass artifacts, and has now become a technology indispensable in production scenes. At Fuji Manufacturing, we have, been developing new high-value-added technologies one after another while responding to various Batch process machine Wet blast machine Vacuum blast machine customer needs as a pioneer in blast technology ever since the development of Maskless machine for thin film solar cell High precision processing machine Machines to blast amount of small workpieces as a Machine for wet or oily Machine for large workpiece that does cabinet-type equipment in 1957 by asking batch process. workpieces. not fit into a cabinet. ourselves: "Isn't it possible to do this and This machine can blast straight line on the workpiece without This machine conveys a large substrate workpiece in a using masks and free from dust adhesion on the surface. that?". These efforts have been supported by vertical position and blast its both surfaces. our engineers' lively curiosity and serious attitude as professionals. Ideas that were 9a. Example of previously just dreams have come true as automatic process of products one by one. Behind all that, there cylinder. must be our technology. As the members of Fuji Manufacturing, we will continue exploring the unlimited possibilities of blast technology as a pioneer and leader in that field, and delivering new technologies useful to various 7a. Type L : For small pieces, 7b. Type BL: For medium size industries and society. We will make even more small amount work pieces, large amount dreams come true in the future.

Manual blast chamber Machine for extra large workpiece. The operator would work in the Dry ice rotary table machine Manual machines for specific use chamber with protective cloths on. Optional low floor type machine achieves floor level of GL + 400mm. (no pit required) The machine for automatic continuous precision deburring for rubber, aluminum, plastics, etc., SIRIUS without cleaning process.

Polishing machine In all fields, in various ■ Glass, ceramics : Asahi Glass Co., Ltd., Ishizuka Glass ■ Nonferrous metals : Showa Denko K.K., Sumitomo Co., Ltd., Okamoto Glass Co., Ltd., Kyushu Refractories Co., Electric Industries, Ltd., Tanaka Kikinzoku Kogyo K.K., Dowa industries Ltd., Covalent Materials Corporation, Taiheiyo Cement Electronics Co., Ltd., Nippon Light Metal Co., Ltd., Nippon 【Main corporate clients】 Corporation, Toto Ltd., Tokai Carbon Co., Ltd., Toyo Tanso Mining & Metals Co., Ltd., Hitachi Cable, Ltd., Fujikura Ltd., Machine for clean room Co., Ltd., Noritake Co., Limited., Nippon Sheet Glass Co., Furukawa Electric Co., Ltd., Mitsui Mining & Smelting Co., use. Ltd., NGK Insulators, Ltd., NGK Spark Plug Co., Ltd. Ltd., Mitsubishi Materials Corporation, Ryobi Limited ■ Chemistry : Kuraray Co., Ltd., Showa Denko K.K., Shin- ■ Steel : Kobe Steel, Ltd., Sanyo Special Steel Co., Ltd., ■ Machinery : Asahi Diamond Industrial Co., Ltd., SMC Etsu Chemical Group, Sumitomo Chemical Co., Ltd., Nippon Steel Corporation, JFE Holdings, Inc., Sumitomo Corporation, EBARA Corporation, OSG Corporation, Sumitomo Bakelite Co., Ltd., Tokyo Ohka Kogyo Co., Ltd., Metal Mining Co., Ltd., Daido Steel Co., Ltd., Nippon Komatsu Ltd., Sanden Corporation, ShinMaywa Industries, Nihon Parkerizing Co., Ltd., Fujifilm Corporation Koshuha Steel Co., Ltd., Hitachi Metals Group Ltd., Tungaloy Corporation, Tsubakimoto Chain Co., Teikoku Disk type pencil ■ Rubber : Achilles Corporation, Sumitomo Rubber ■ Metal products : NSK-Warner K.K., JS Group Piston Ring Co., Ltd., NSK Ltd., Nabtesco Corporation, blasting machine Sodium bicarbonate Industries, Ltd., Toyo Tire & Rubber Co., Ltd., Bridgestone Corporation, Chuo Spring Co., Ltd., Tocalo Co., Ltd., NHK Nippon Piston Ring Co., Ltd., Brother Industries, Ltd., Hitachi Automatic Dry-ice Blaster (φ1.0) (#220 ̃#3000) blast machine Group, Michelin Okamoto Tire Corp., The Yokohama Rubber Spring Co., Ltd Tool Engineering, Ltd., Mitsubishi Heavy Industries, Ltd., Co., Ltd Minebea Co., Ltd., Riken Corporation, Ricoh Company, Ltd We will design and manufacture tailor-made machines to meet customers’requirements, in addition to standard product line of general-purpose machines. 1 17 18 会社案内三つ折(英語)PS 12.2.21 7:40 PM ページ 1

Roller conveyor machine (For large substrate) Partition wall machine Blower type machine Inner and outer surface processing machine For the unlimited possibilities of blast, In line blast machine with process width of 3,000mm for Space saving machine to blast the whole upper surface of a Automated machine with energy saving feature to run Workpiece or nozzle will rotate.( For cylinders or drums) large substrate workpiece of PDP, LCD etc. workpiece in a cabinet that is only a little bigger than the without compressor. With professionals in their serious attitudes. workpiece.

"Blast" is used in all fields ranging from aircraft, automobiles and IT products to wooden and glass artifacts, and has now become a technology indispensable in production scenes. At Fuji Manufacturing, we have, been developing new high-value-added technologies one after another while responding to various Batch process machine Wet blast machine Vacuum blast machine customer needs as a pioneer in blast technology ever since the development of Maskless machine for thin film solar cell High precision processing machine Machines to blast amount of small workpieces as a Machine for wet or oily Machine for large workpiece that does cabinet-type equipment in 1957 by asking batch process. workpieces. not fit into a cabinet. ourselves: "Isn't it possible to do this and This machine can blast straight line on the workpiece without This machine conveys a large substrate workpiece in a using masks and free from dust adhesion on the surface. that?". These efforts have been supported by vertical position and blast its both surfaces. our engineers' lively curiosity and serious attitude as professionals. Ideas that were 9a. Example of previously just dreams have come true as automatic process of products one by one. Behind all that, there cylinder. must be our technology. As the members of Fuji Manufacturing, we will continue exploring the unlimited possibilities of blast technology as a pioneer and leader in that field, and delivering new technologies useful to various 7a. Type L : For small pieces, 7b. Type BL: For medium size industries and society. We will make even more small amount work pieces, large amount dreams come true in the future.

Manual blast chamber Machine for extra large workpiece. The operator would work in the Dry ice rotary table machine Manual machines for specific use chamber with protective cloths on. Optional low floor type machine achieves floor level of GL + 400mm. (no pit required) The machine for automatic continuous precision deburring for rubber, aluminum, plastics, etc., SIRIUS without cleaning process.

Polishing machine In all fields, in various ■ Glass, ceramics : Asahi Glass Co., Ltd., Ishizuka Glass ■ Nonferrous metals : Showa Denko K.K., Sumitomo Co., Ltd., Okamoto Glass Co., Ltd., Kyushu Refractories Co., Electric Industries, Ltd., Tanaka Kikinzoku Kogyo K.K., Dowa industries Ltd., Covalent Materials Corporation, Taiheiyo Cement Electronics Co., Ltd., Nippon Light Metal Co., Ltd., Nippon 【Main corporate clients】 Corporation, Toto Ltd., Tokai Carbon Co., Ltd., Toyo Tanso Mining & Metals Co., Ltd., Hitachi Cable, Ltd., Fujikura Ltd., Machine for clean room Co., Ltd., Noritake Co., Limited., Nippon Sheet Glass Co., Furukawa Electric Co., Ltd., Mitsui Mining & Smelting Co., use. Ltd., NGK Insulators, Ltd., NGK Spark Plug Co., Ltd. Ltd., Mitsubishi Materials Corporation, Ryobi Limited ■ Chemistry : Kuraray Co., Ltd., Showa Denko K.K., Shin- ■ Steel : Kobe Steel, Ltd., Sanyo Special Steel Co., Ltd., ■ Machinery : Asahi Diamond Industrial Co., Ltd., SMC Etsu Chemical Group, Sumitomo Chemical Co., Ltd., Nippon Steel Corporation, JFE Holdings, Inc., Sumitomo Corporation, EBARA Corporation, OSG Corporation, Sumitomo Bakelite Co., Ltd., Tokyo Ohka Kogyo Co., Ltd., Metal Mining Co., Ltd., Daido Steel Co., Ltd., Nippon Komatsu Ltd., Sanden Corporation, ShinMaywa Industries, Nihon Parkerizing Co., Ltd., Fujifilm Corporation Koshuha Steel Co., Ltd., Hitachi Metals Group Ltd., Tungaloy Corporation, Tsubakimoto Chain Co., Teikoku Disk type pencil ■ Rubber : Achilles Corporation, Sumitomo Rubber ■ Metal products : NSK-Warner K.K., JS Group Piston Ring Co., Ltd., NSK Ltd., Nabtesco Corporation, blasting machine Sodium bicarbonate Industries, Ltd., Toyo Tire & Rubber Co., Ltd., Bridgestone Corporation, Chuo Spring Co., Ltd., Tocalo Co., Ltd., NHK Nippon Piston Ring Co., Ltd., Brother Industries, Ltd., Hitachi Automatic Dry-ice Blaster (φ1.0) (#220 ̃#3000) blast machine Group, Michelin Okamoto Tire Corp., The Yokohama Rubber Spring Co., Ltd Tool Engineering, Ltd., Mitsubishi Heavy Industries, Ltd., Co., Ltd Minebea Co., Ltd., Riken Corporation, Ricoh Company, Ltd We will design and manufacture tailor-made machines to meet customers’requirements, in addition to standard product line of general-purpose machines. 1 17 18 会社案内Z折(英語)PS 12.2.21 8:51 PM ページ 1

®

Blast abrasive

Our lineup of various abrasives with grain sizes of 1μm to 2,000μm increases the possibilities of blasting even further. More than 400 varieties of abrasives. Our lineup of abrasives that vary widely in terms of hardness, grain size, shape, and other characteristics supports diverse processing with blast. We enjoy a high reputation not only for the quality of the materials, but also for homogeneity and durability as well. Lineup of representative abrasives Type Article Shape Main characteristics and uses

Soft type Plastics-based. Low in hardness and suited for processing resin Nylon Beads Cylindrical products.

Plastics-based. Harder than nylon and used widely in deburring, Polyplus Polygonal cleaning and other applications.

Nylon Beads Polyplus Peach Plant-based. Low in hardness and performs polishing without Peach Polygonal scratching the workpieces. Fuji Manufacturing Co., Ltd. Head office/works Company Profile Water-soluble. Suited for processing operations that do not Eco-Soft Polygonal 5-2-24 Matsue, Edogawa-ku, Tokyo 〒132-0025 Eco-Soft tolerate abrasive residues. TEL：+813-03-3686-2291 FAX：+813-03-3686-5045

Semi-hard type Reduced Iron Polygonal Metal-based. An abrasive indispensable for alumite processing. ■ Powder Nagoya Office Metal-based. Low in hardness. Therefore used in removing burrs Stainless Beads Spherical 8 Himewaka-cho, Meito-ku, Nagoya 〒465-0045 and scales, among other uses. TEL：052-703-2291 FAX：052-703-2443

Reduced Iron Powder Stainless Beads SUS Round Cut Wire SUS Round Cut Metal-based. Does not wear much and lasts long. Used in ■ Spherical Wire removing scales and for other applications. Osaka Office 11-17 Toyotsu-cho, Suita-shi, Osaka 〒564-0051 Fuji Glass Beads Spherical Metal-based. An abrasive indispensable for alumite processing. Fuji Glass Beads TEL：06-6190-2323 FAX：06-6190-2280

Hard type Metal-based. This abrasive is used most widely in blast and used ■ Steel Shot Spherical in removing burrs and scales, and in shot peening. Ibaraki Works 〒 Metal-based. Used in removing burrs and scales, and in shot 4611-3 Shimoota, Inashiki-shi, Ibaraki-ken 300-1424 Steal Beads Spherical peening and WPC processing as well. TEL：0297-60-6211 FAX：0297-60-6213

Steel Shot Steal Beads Zircon Beads Ceramics-based. This abrasive does not break easily and wears Zircon Beads Spherical little. Resistant to work powder and other contaminants, and maintains the quality of high-purity abrasives. http://www.fujimfg.co.jp Superhard type Ceramics-based. One of the representative abrasives and used Fuji Rundum A/WA Polygonal widely in blasting for deburring, surface preparation and other purposes

Ceramics-based. Harder than Fuji Rundum A/WA and used for Fuji Rundum C Polygonal high-hardness work. Fuji Rundum C Fuji Superhard

The highest-hardness abrasive. For special processing of Fuji Superhard Polygonal sapphires, SiC monocrystals and other materials. Fuji Rundum A/WA

Special type An elastic composite with abrasive grains kneaded in it. Only used SIRIUS Medium Special for SIRIUS processing.

Solid Lubricant Special For WPC processing. Transforms surfaces for greater slidability. SIRIUS Medium Solid Lubricant

14 1202MA