ISCAR's Objective Is to Create People Are the Most Precious Asset! a Strategic Partnership with Leading Enterprises Productivity Starts on the Production Floor

Make the Right Choice! The Global Network

Marketing Support

Marketing Support & Production Center Make the

Right ISCAR has global manufacturing facilities in each of the following countries: In Europe In the Americas In Asia France Argentina South Korea Germany Brazil China Choice Italy United States Israel A Global Metalworking Company Spain In a world of different languages and different bring ISCAR personnel and facilities as close as possible mentalities, it is important to have a fully equipped, to customer production sites. Switzerland knowledgeable local supplier to meet your needs. Many of our subsidiaries have fully equipped training Turkey ISCAR knows this. We have subsidiary offices and agents centers. These centers are dedicated to providing a local Hungary located in 52 major industrial countries. In some of the location where metalworking personnel can be trained larger countries, regional offices have been opened to in the latest techniques and products for metal removal. Slovenia Wind Turbine Components

Major Components 1 Rotor blade 8 Nacelle Modern wind turbines employ four major component The tower supports the rotor and nacelle and raises them assemblies - the rotor, nacelle, tower, and balance of to a height where higher wind speeds maximize energy system. The rotor includes blades which are used to extraction. Modern utility-scale wind turbine towers are 2 Rotor hub 9 Yaw drive harness wind energy and convert it into mechanical typically up to ~160 meters (~525´) high, with blades energy and a hub to support the blades. In addition, that measure up to ~130 meters (~426´) in diameter 3 Pitch system 10 Yaw motor most wind turbines have a pitch mechanism to rotate and rotor and nacelle assemblies weighing several and change the angle of the blades, based on the hundred tons. Additional balance-of-station components 4 Main bearing housing 11 Tower wind speed and the desired rotating speed. at ground height are required to gather, control and The nacelle is the structure that contains, encloses transmit power to the grid interconnection. The diagram 5 Main shaft and supports the components that convert mechanical below provides a schematic view of a wind turbine and energy into elecricity. These components include its major components. 6 Gear box generators, gearboxes and control electronics. 7 Generator

Rotor Nacelle with Gearbox Blades and Generator

Swept Area Rotor of Blades Diameter

Hub Height

~160 Meter Tower (~525´) 7

1 6

5 4 8 Underground Electrical Foundation Connection (Front View) (Side View) 2

Wind Turbine Major Componets 3 9

Wind power, one of the most developing industries of contributes to the advancement of new windmill the past two decades, continues to grow and is becoming technologies and components. 10 the largest source of renewable energy. ISCAR is committed to the ongoing development of Wind power has the potential to supply a significant state-of-the-art cutting tools and machining methods portion of the global demand for sustainable energy, in order to provide its customers with the most without creating a negative environmental impact. productive, profitable and competitive manufacturing solutions for the wind power industry. The increasing importance of wind power energy 11 Modern commercial-sized turbines are typically three-bladed designs. These are manufactured from Rotor Blade fiberglass reinforced polyester with epoxy resin binder. New materials such as carbon fiber are being introduced, which provide the high strength-to-weight ratio needed for Milling - Slotting (Roughing) modern wind turbine blades. The Drilling 1 Range: Ø80 - 250 mm (Ø3.15 - 9.84") length of a typical turbine blade Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) 3 can reach 60 meters long, installed in 5 MW machines!

Slotting cutters with tangentially SUMOCHAM comprises a mounted inserts for precision shallow revolutionary clamping system that grooving and slotting applications. enables improved productivity Semi-standard PCD tipped inserts output rates, while enabling more on request. insert indexes.

P M K N S H 3

Drilling Range: Ø12 - 80 mm (Ø.472 - 3.15”) 1

These drills are designed with twisted coolant 3 channels, allowing a strong body with excellent resistance to torsion and very efficient chip evacuation. Semi-standard PCD tipped inserts are available on request.

P M K N S H 3 2

Face Milling (Finishing) 2 Range: Ø63 - 125 mm (Ø2.48 - 4.92”)

High speed dynamic balanceable face mills for machining aluminum casting and carbon fiber materials, with interchangeable PCD brazed cartridges.

P M K N S H 3 The rotation platform of the blade pitch system is made of cast iron. ISCAR has all the right technological Blade Adapter solutions for the production of blade adapters.

Face Milling Drilling 1 Range: Ø16 - 315 mm (Ø.63 - 12.4”) Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) 3

HELIDO is a family of tools for 90° milling. SUMOCHAM comprises a revolutionary The HELIDO H490 ANKX rectangular inserts clamping system that enables have 4 helical right-hand cutting edges. improved productivity output rates, while enabling more insert indexes. 3

P M K N S H 3 3 3 P M K N S H 3 3 3 3 3

4 1

Face Milling Drilling 2 Range: Ø63 - 315 mm (Ø2.48 - 12.4”) Range: Ø12 - 80 mm (Ø.472 - 3.15”) 4

16 economical cutting corners for These drills are designed with twisted Fast Metal Removal. Fine pitch 45° coolant channels, allowing a strong face mills are designed body with excellent resistance to for high table speed. torsion and very efficient chip evacuation.

P M K N S H P M K N S H 3 3 3 3 3 3 3 3 Adjusts the angle of the blades by rotating a bearing at the root of each blade. The blade bearing enables to Blade Bearing control power and slow the rotor. Made of bearing steel.

Gear Gashing Slotting for Roughing and Finishing Operations Inner Boring of 1 Range: Ø300 - 420 mm (Ø11.81 - 16.53”) Bearing Roll 4 Gear slotting cutters with tangentially mounted inserts are excellent for rough and finishing a variety of teeth A line of external and internal profile modules. tools, as well as large-sized inserts for the heavy duty applications. P M K N S H 3 3 3 3 3

P M K N S H P M K N S H 3 3 3 3 1

Drilling Ceramics - Hard Turning 2 Range: Ø12 - 80 mm (Ø.472 - 3.15”) Finishing Operation 5 2

These drills are designed with twisted IN23 - 40 - 50 HRc coolant channels, allowing a strong IN22 - over 50 HRc body with excellent resistance to torsion IN420 - over 50 HRc and very efficient chip evacuation. 5

4 6 3 P M K N S H 3 3 3 3 3

P M K N S H P M K N S H P M K N S H 3 3 3 3 3 3

CBN - Hard Turning 3 External Rough Turning Finishing Operation 6

A line of external and internal tools, IB50 - 45 - 65 HRc as well as large-sized inserts for (interrupted cutting) heavy duty applications. IB10H - 58 - 65 HRc IB10HC - 58 - 65 HRc (continuous cutting)

P M K N S H P M K N S H P M K N S H P M K N S H P M K N S H 3 3 3 3 3 3 3 3 The hub is made of a cast iron case. It generally connects the three blade rotational assembly to a linear low Rotor Hub speed shaft, which connects to the turbine’s gearbox. Most modern turbine hubs contain a pitch system to adjust the angle of the blades by rotation of a bearing at the root of Shouldering each blade, to control power and Mill Threading 1 Range: Ø16 - 125 mm (Ø.63 - 4.92”) slow the rotor as required. Range: Ø4 - 20 mm (Ø.157 - .787”) 4

4 cutting corners, tangential geometry Solid carbide thread mills for the 5 for Fast Metal Removal at very high production of small internal material removal rates. threads. The thread mills feature a short 3-tooth cutting zone with 3 flutes and a released neck between the cutting P M K N S H zone and the shank. 3 3 3

P M K N S H 3 3 3 3 3

Chamfering 6 Drilling 2 Range: Ø8 - 25 mm (Ø.315 - .984”) Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) 5

1 A family of tools with shanks that have SUMOCHAM comprises a revolutionary unique interchangeable heads for a clamping system that enables variety of milling applications including improved productivity output rates, ball nose, straight shoulder, slitting and while enabling more insert indexes. slotting applications.

2 4 P M K N S H P M K N S H 3 3 3 3 3 3 3 3 3 3

Rough Pocketing Back Milling 3 Range: Ø16 - 125 mm (Ø.63 - 4.92”) Range: Ø100 - 250 mm (Ø3.94 - 9.84”) 6

Trigon double-sided insert with 6 edges (FST slotting cutters) ISCAR’s combines HELIDO’s strength and tangential slot milling cutters use FEEDMILL’s special geometry to cutting inserts with 4 cutting edges. facilitate milling at very high feeds. They are suitable for high table feeds, resulting in increased productivity.

P M K N S H 3 3 3 P M K N S H P M K N S H 3 3 3 3 3 3 The hub is made of a cast iron case. It generally connects the three blade rotational assembly to a linear low Rotor Hub speed shaft, which connects to the turbine’s gearbox. Most modern turbine hubs contain a pitch system to adjust the angle of the blades by rotation of a bearing at the root of Face Milling each blade, to control power and Milling slow the rotor as required. 7 Range: Ø40 - 200 mm (Ø1.57 - 7.87”) Range: Ø12 - 40 mm (Ø.472 - 1.57”) 10

S845 SNMU 1305... - square double-sided Enables internal thread milling and inserts with 8 cutting edges, or ONMU 0505... external qualitative precision threads octagonal, double-sided inserts with on CNC machines by using a helical 16 cutting edges. Enable highly interpolation CNC program. efficient milling. MILLTHREAD thread milling cutters are available in addition to solid carbide thread milling cutters with indexable thread milling inserts for any P M K N S H standard thread profile. 3 3 3

P M K N S H Helical Interpolation 11 3 3 3 3 Rough Boring Fine Boring 8 Range: Ø20 - 80 mm (Ø.787 - 3.15”) Range: Up to Ø2.1 meter (Ø82.67”) 11 7

4 cutting corners, tangential The ITSBORE system TCH A.L: geometry for Fast Metal Removal. Aluminum twin cutter heads for rough and fine boring operations.

P M K N S H 3 3 3 8 P M K N S H 10 3

9 Drilling 9 Range: Ø12 - 80 mm (Ø.472”-3.15”)

These drills are designed with twisted coolant channels, which allow for a strong drill body with excellent resistance to torsion and very efficient chip evacuation.

P M K N S H 3 3 3 3 3 A conical cast steel axle connects the rotor hub and the annular generator directly, as a fixed unit without gears. Axle Pin (Gearless) Made of alloy steel.

Drilling 1 Rough External Turning Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) 4

A line of external and internal SUMOCHAM comprises a revolutionary tools, as well as large-sized clamping system that enables inserts for heavy duty applications. improved productivity output rates, while enabling more insert indexes. 1

3 P M K N S H P M K N S H

3 3 3 3 P M K N S H 3 3 3 3 3

Drilling 2 Rough External Turning Range: Ø12 - 80 mm (Ø.472 - 3.15”) 5

Tangentially clamped insert with unique helical Drills are designed with twisted shaped cutting edges, provides an exceptional coolant channels, allowing a strong solution, enabling very large depths of cut at body with excellent resistance to high feeds. torsion and very efficient chip evacuation. 2

4 P M K N S H 3 3 3 3 3 P M K N S H 5 3 3 3 3 3

3 External Turning (Finishing)

A line of external and internal tools, as well as large-sized inserts for the heavy duty applications.

P M K N S H P M K N S H 3 3 3 3 The main shaft of the wind turbine is usually forged from hardened and tempered steel. The main shaft Main Shaft transmits a low speed rotational force from the rotor hub. Kinetic wind energy to the gearbox enables high speed rotation, which spins the generator and thus creates electrical energy. 1 External Rough Turning External Turning (Finishing) 4

A line of external and internal A line of external and internal tools, tools for heavy duty applications as well as large-sized inserts for with large-sized inserts. heavy duty applications.

P M K N S H P M K N S H 3 3 3 3

2 O.D. Rough Turn 3 External Grooving 5

A line of external and internal 5 Turning with groove-turn tools give a tools for heavy duty applications surface quality far superior to anything with large-sized inserts. normally possible when turning with standard ISO tools.In fact, turning 2 with GRIP tools can produce a surface

1 quality comparable to grinding. P M K N S H P M K N S H 3 3 3 3

P M K N S H 3 3 6

3 External Turning (Finishing) Deep Drilling 6

Tangentially clamped insert with unique BTA System helical shaped cutting edges. Provides an DTS – Double Tube System exceptional solution for turning, enabling Range: Ø18.41 - 168.99 mm very large depths of cut and high feeds. (Ø.724 - 6.65”), IT9-IT10 STS – Single Tube System Range: Ø14.51 - 245.99 mm (Ø.571 - 9.68”), IT9

P M K N S H P M K N S H 3 3 3 3 3 The main shaft of the wind turbine is usually forged from hardened and tempered steel. The main shaft Main Shaft transmits a low speed rotational force from the rotor hub. Kinetic wind energy to the gearbox enables high speed rotation, which spins the generator and thus creates Face Milling (Finishing) electrical energy. Face Milling 17 Range: Ø16 - 125 mm (Ø.63 - 4.92”) Range: Ø40 - 200 mm (Ø1.57 - 7.87”) 10

4 cutting corners, tangential geometry for S845 SNMU 1305... - square, Fast Metal Removal at very high material double-sided inserts with 8 cutting removal rates. edges or the ONMU 0505... octagonal, double-sided inserts with 16 cutting edges.

P M K N S H 3 3 3 P M K N S H 3 3 3

Face Milling (Finishing) Drilling 28 Range: Ø63 - 315 mm (Ø2.48 - 12.4”) Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) 115

16 economical cutting corners for SUMOCHAM comprises a revolutionary Fast Metal Removal. Fine pitch 45° face mills clamping system that enables are designed for high table speed. improved productivity output rates, 9 while enabling more insert indexes. 8

P M K N S H P M K N S H 3 3 3 3 3 3 3 3 3 3 7

Drilling Threading 39 Range: Ø12 - 80 mm (Ø.472 - 3.15”) Range: Ø4 - 20 mm (Ø.157 - .787”) 12

11 These drills are designed with twisted 10 Solid carbide thread mills for the coolant channels, allowing a strong body production of small internal threads. with excellent resistance to torsion and 12 The thread mills feature a short 3-tooth very efficient chip evacuation. cutting zone with 3 flutes and a released neck between the cutting zone and the shank.

P M K N S H 3 3 3 3 3 P M K N S H 3 3 3 3 3 The main bearing housing absorbs the residual bending loads, while the rotor shaft transmits the rotational Main Bearing Housing torque to the gearbox.

Drilling Face Miling 1 Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) Range: Ø16 - 315 mm (Ø.63 - 12.4”) 4

SUMOCHAM comprises a revolutionary HELIDO is a family of tools for 90° clamping system that enables improved milling. The HELIDO H490 ANKX productivity output rates, while rectangular inserts have 4 helical enabling more insert indexes. right-hand cutting edges.

P M K N S H 3 3 3 3 3 P M K N S H 3 3 3 1

Threading Deep Drilling 3 2 Range: Ø4 - 20 mm (Ø.157 - .787”) Range: Ø25 - 65 mm (Ø.984 - 2.56”) 5

4 Solid carbide thread mills for the Deep drills for milling centers production of small internal threads. and lathe machines with a drilling The thread mills feature a short ratio of up to x7DI. 3-tooth cutting zone with 3 flutes and a released neck between the cutting zone and the shank. P M K N S H 5 3 3 3 3 3 P M K N S H 3 3 3 3 3

Chamfering 3 Range: Ø6 - 25 mm (Ø.236 - .984”)

A family of tools with shanks and unique interchangeable heads for a variety of milling applications including ball nose, straight shoulder and slitting and slotting applications.

P M K N S H 3 3 3 3 3 The main bearing housing absorbs the residual bending loads, while the rotor shaft transmits the rotational Main Bearing Housing torque to the gearbox.

Roughing by Helical Interpolation Drilling 6 Range: Ø20 - 80 mm (Ø.787 - 3.15”) Range: Ø12 - 80 mm (Ø.472 - 3.15”) 38

4 cutting corners, tangential geometry Drills designed with twisted coolant for Fast Metal Removal at very high channels, which allow for a strong material removal rates. body, have excellent resistance to torsion and very efficient chip evacuation.

P M K N S H 3 3 3 P M K N S H 3 3 3 3 3

Fine Boring 7 Range: Up to Ø1.1 meter (Ø43.3")

TCH A.L 600 Aluminum twin cutter heads for rough and fine boring operations.

P M K N S H 3

8 The majority of turbine designs feature a gearbox, although some - manufacturers produce ‘direct drive Gear Sub Component designs’, which do not require one. The gearbox employs a planetary gear system to convert the low-speed high-torque rotation of the rotor into high-speed rotation at low torque for Hob Indexable Milling Cutter input to the generator. The gearbox CBN - Hard Turning 1 Range: Ø180 - 450 mm (Ø7.08 - 17.72”) drives a high speed shaft leading to Finishing Operation 3 the generator, typically at 1,500 For high productivity roughing revolutions per minute. and finishing of gears. IB55 - 45 - 65 HRc IB50 - 45 - 65 HRc (interrupted cutting) P M K N S H 3 3 3 3 3

P M K N S H P M K N S H 3 3 3 3

Special Form Cutter 2 Range: Ø210 - 500 mm (Ø8.26 - 19.68”)

For machining male or female type axle screws. .

P M K N S H 3 3 3 3 3 The rotary gear planetary carrier, made of nodular cast iron, is a part of the gear assembly. It functions Planetary Carrier to increase the slow rotation speed of the main shaft, transferred as higher rotation to the generator.

Face Milling Rough Boring 1 Range: Ø63 - 315 mm (Ø2.48 - 12.4”) Range: Ø18 - 200 mm (Ø.708 - 7.87”) 2

16 economical cutting corners for BHR rough boring heads used on Fast Metal Removal. Fine pitch 45° MB modular boring system. face mills are designed for 2 3 Insert holders: IHSR... high table speed.

P M K N S H P M K N S H 3 3 3 3

Fine Boring Range: Ø18 - 500 mm (Ø.708 - 19.68”) 3

1 BHF fine boring heads used on MB modular boring system. Slider: BHFH... Insert holders: IHRF...

P M K N S H 3 3 3 3 3 The rotary gear planetary carrier made of nodular cast iron, is part of the gear assembly. It functions Planetary Carrier to increase the slow rotation speed of the main shaft, transferred as higher rotation to the generator.

Finish Helical Interpolation 4 Turning Range: Ø16-315 mm (Ø.63”-12.4”) 7

Tangentially clamped insert and HELIDO is a family of tools for 90° unique helical shaped cutting milling. The HELIDO H490 ANKX edges provide an exceptional rectangular inserts have 4 helical solution, enabling the use of right-hand cutting edges. very large depths of cut and high feeds.

P M K N S H 3 3 3 P M K N S H P M K N S H 8 3 3 3 3

Fine Boring 5 Turning Range: Ø18 - 500 mm (Ø.708 - 19.68”) 8

A line of external and internal BHF fine boring heads used tools, as well as large-sized 4 on MB modular boring system. inserts for the heavy duty Slider: BHFH... applications. 6 7 Insert holders: IHRF...

P M K N S H P M K N S H P M K N S H 3 3 3 3 3 3 3 3 3

Rough Helical Interpolation 6 Range: Ø40 - 160 mm (Ø1.57 - 6.3”)

Milling cutters that can carry either round inserts with a serrated cutting edge or regular round inserts. The serrated insert has four indexing orientation options and the round insert has eight.

P M K N S H 3 3 3 3 3 A very large casting of high quality metallurgical ductile iron, supports the entire turbine drive train and Support Base transmits the load of nacelle components to the tower.

Shouldering Face Milling 1 Range: Ø16 - 315 mm (Ø.63 - 12.4”) Range: Ø63-315 mm (Ø2.48”-12.4”) 4

HELIDO is a family of tools for 90° 16 economical cutting corners for milling. The HELIDO H490 ANKX Fast Metal Removal. Fine pitch 45° rectangular inserts have 4 helical face mills are designed for right-hand cutting edges. high table speeds.

P M K N S H P M K N S H 3 3 3 3 3 3 3 3

Extended Flute Counter Bore Interpolated Milling Face Milling 2 Range: Ø16 - 125 mm (Ø.63- 4.92”) Range: Ø40 - 200 mm (Ø1.57- 7.87”) 5

4 cutting corners, tangential geometry S845 SNMU 1305... - square, for Fast Metal Removal at very double-sided inserts with 8 cutting high material removal rates. edges or the ONMU 0505... octagonal, double-sided inserts with 16 cutting edges.

P M K N S H 5 3 3 3 P M K N S H 3 3 3 3 3

Fine Boring 3 Range: Ø18 - 500 mm (Ø.708 - 19.68”) 2 3

The ITSBORE System Shank: BHF MB80-125x114 Boring holders: BHFH in size 40x133, 40x200, 40x300

P M K N S H 3 3 3 3 3 The yaw system of wind turbines is the component responsible for the aw System orientation of the wind turbine rotor Y towards the wind. This is a mechanism that rotates the nacelle to face the changing wind direction, made of alloy or bearing steel. Gear Gashing Slotting (Roughing) Gear Gashing Slotting (Finishing) Bearing Rolling 1 Range: Ø300 - 420 mm (Ø11.81 - 16.53”) Inner Boring 4 Gear slotting cutters with tangentially mounted inserts for rough and finishing applications of teeth A line of external and internal profile modules. tools, as well as large-sized inserts for the heavy duty applications. P M K N S H 3 3 3 3 3 4

P M K N S H P M K N S H 3 3 3 3 Drilling Range: Ø25 - 65 mm (Ø.984 - 2.56”) Ceramic - Hard Turning 2 Finishing Operation 5

Deep drills for milling centers and lathe machines ØDx7 Range: Ø12 - 80 mm (Ø.472 - 3.15”) IN23 - 40-50 HRc 5 IN22 - over 50 HRc 3 IN420 - over 50 HRc 6

These drills are designed with twisted coolant channels, allowing a strong body with excellent resistance to torsion and 1 very efficient chip evacuation.

P M K N S H P M K N S H P M K N S H P M K N S H 3 3 3 3 3 3 3 3 3 3 3 CBN - Hard Turning 3 External Rough Turning Finishing Operation 6

A line of external and internal tools, IB55 - 45-65 HRc as well as large-sized inserts for the IB50 - 45-65 HRc heavy duty applications. (interrupted cutting)

P M K N S H P M K N S H 3 3 3 3 P M K N S H P M K N S H 3 3 3 3 The vast majority of commercial wind turbines use tubular steel towers. In some circumstances lattice towers Tower Flange are used for smaller capacity turbines. Tower heights depend on rotor diameter and the wind speed conditions of the site. Tower heights range from 50 meters for a 1 MW Drilling turbine to as high as 125 meters and CBN - Hard Turning 1 Range: Ø8 - 25.9 mm (Ø.315 - 1.02”) more for very large turbines. Finishing Operation 4 The flange comprises a large scale of rolled steel which connects the tower’s conical links. SUMOCHAM comprises a revolutionary IB50 - 45-65 HRc clamping system that enables improved (interrupted cutting) productivity output rates, while enabling IB10H - 58-65 HRc more insert indexes. IB10HC - 58-65 HRc (continuous cutting)

P M K N S H 3 3 3 3 3 1

P M K N S H P M K N S H 3 3 3

P M K N S H 3 2 External Rough Turning

A line of external and internal tools, as well as large-sized inserts for the heavy duty applications. 2 3 Flanges for top sections 4

P M K N S H P M K N S H 3 3 3 3

Ceramics - Hard Turning 3 Finishing Operation

Flanges for intermediate sections

IN23 - 40-50 HRc IN22 - over 50 HRc IN420 - over 50 HRc

P M K N S H P M K N S H P M K N S H 3 3 3 3 3 3 Flanges for lower sections ISCAR's 3Productivity program will demands the highest levels of service) Stay One Step Ahead of Your Competitors dramatically reduce your labor, machinery • Quicker ROI on your production equipment and overhead costs by: optimizing production by Utilizing Your 3Productivity Toolbox! layout and process with advanced and innovative With the increasing use of composite materials, cutting tool technologies; and expert guidance the world's chip pile is shrinking. Boost your • Use the most up-to-date innovative • Increase chip volume capacity. , tooling technologies. • Reduce tool inventory. from professional qualified teams. productivity and you maintain profitability on the ever smaller machined parts. • Improve your current technical skills. • Cost and efficiency data accessibility. How to Boost Productivity? • Decrease quality control rejection rate. • ISCAR CTMS tool management program The ISCAR 3Productivity team will help you • Optimize capacity helps you to maintain your value. to maintain profitability and competitiveness • Deliver sooner! (the global market of your enterprise! Plan

hr $ 24

Program Production New Technical New Tooling New Process Technical Round-the-clock Annual Introduction Floor Audit Process Layout Costs and ROI Implementation Training Technical Support Productivity and and CPU Reports Proposal and Optimization Cost Savings Reports

ISCAR's objective is to create People are the Most Precious Asset! a strategic partnership with leading enterprises Productivity starts on the production floor. who share a mutual commitment to excellence, The transition towards higher productivity can innovation and productivity. 3Productivity common productivity only be accomplished by promoting the best productivity short iterations process long iterations practices. ISCAR provides ongoing technical training The process involves optimization of production productivity to the members of your staff, with the goal to accept process and manufacturing costs by measuring boost change and learn how to benefit from the new input (resources)/output (goods); variable during productivity approach. a time sequence. Productivity and efficiency group productivity output will have greater impact, while the process will have wider exposure and reflect a common goal by all levels of employees throughout the organization. time Maximize Competitivness ISCAR LTD. China Macedonia Serbia Taiwan Headquarters ISCAR CHINA Representative Office ISCAR TOOLS d.o.o. ISCAR Taiwan Ltd. Tefen 24959, Israel 7B21, Hanwei Plaza, Londonska 19/4 Autoput 22 395, Da Duen South Road, Tel + 972 (0)4 997 0311 7 Guanghua Road MK-1000 Skopje SRB-11080 Zemun Taichung 408 Fax + 972 (0)4 987 3741 Chaoyang District Tel +389 2 309 02 52 Tel +381 11 314 90 38 Tel +886 (0)4-24731573 www.iscar.com Bejiing 100004 Fax +389 2 309 02 54 Fax +381 11 314 91 47 Fax +886 (0)4-24731530 [email protected] Tel + 86 10 6561 0261/2/3 [email protected] [email protected] [email protected] Fax + 86 10 6561 0264 www.iscar.org.tw Argentina [email protected] Mexico Slovakia ISCAR TOOLS ARGENTINA SA www.iscar.com.cn ISCAR DE MÉXICO, ISCAR SR, s.r.o. Thailand Monteagudo 222 S.A de C.V. K múzeu 3 ISCAR Thailand Ltd. 1437 Buenos Aires Croatia Fray Pedro de Gante 15 010 03 Zilina 57, 59, 61, 63 Soi Samanchan- Tel + 54 114 912 2200 ISCAR ALATI d.o.o. Col. Cimatario Tel +421 (0) 41 5074301 Babos Sukhumvit Rd. Fax + 54 114 912 4411 J. Jelačiča 134 Querétaro, Qro. Fax +421 (0) 41 5074311 Phra Khanong, Khlong Toey [email protected] CRO-10430 Samobor C.P. 76030 [email protected] Tel +385 (0) 1 33 23 301 Tel + 52 (442) 214 5505 www.iscar.sk Bangkok 10110 Australia Fax +385 (0) 1 33 76 145 Fax + 52 (442) 214 5510 Tel + 66 (2) 7136633-8 ISCAR AUSTRALIA Pty LTD. [email protected] [email protected] Slovenija Fax + 66 (2) 7136632 38-42 Seville Street www.iscar.hr www.iscar.com.mx ISCAR SLOVENIJA d.o.o. [email protected] East Fairfield NSW 2165 IOC, Motnica 14 Tel + 61 (0)2 9722 4500 Czech Republic The Netherlands SI-1236 Trzin Turkey Fax + 61 (0)2 9722 4511 ISCAR CR s.r.o. ISCAR NEDERLAND B.V. Tel + 386 1 580 92 30 ISCAR Kesici Takim [email protected] Mánesova 73, 301 00 Plzen Postbus 704, 2800 AS Gouda Fax + 386 1 562 21 84 Tic. Ve Iml. Ltd. Sti. www.iscar.com.au Tel + 420 377 420 625 Tel + 31 (0) 182 535523 [email protected] Gebze Organize Sanayi Bölgesi The industrial revolution continues to demand for ultimate ongoing productivity solutions. Fax + 420 377 420 630 Fax + 31 (0) 182 572777 www.iscar.si (GOSB) Austria [email protected] [email protected] Ihsan Dede Cad. No: 105 fast-paced machining cycles. Highly productive ISCAR’s newly launched 3Productivity program ISCAR AUSTRIA GmbH www.iscar.cz www.iscar.nl South Africa Gebze / Kocaeli Im Stadtgut C 2 ISCAR SOUTH AFRICA (PTY) LTD. Tel + 90 (262) 751 04 84 (Pbx) technologies in the metal cutting industries are assures increased production capabilities, a better A-4407 Steyr-Gleink Finland New Zealand 98 Lake Road Fax + 90 (262) 751 04 85 Tel + 43 7252 71200-0 ISCAR FINLAND OY ISCAR PACIFIC LTD. Longmeadow Business Estate [email protected] on an endless quest to seek innovative solutions. return on investment in equipment, and above all Fax + 43 7252 71200-999 Ahertajantie 6 1/501 Mt. Wellington Hwy. Extension 7 Gauteng www.iscar.com.tr [email protected] 02100 Espoo Mt. Wellington Auckland P.O. Box 2406 ISCAR’s introduction of Fast Metal Removal will help to keep your business profitable and www.iscar.at Tel +358-(0)9-439 1420 Tel + 64 9 5731280 Kempton Park 1620 Ukraine Fax +358-(0)9-466 328 Fax + 64 9 5730781 ShareCall 08600-47227 ISCAR UKRAINE LLC has become an industry standard which strives competitive at all times! Belarus [email protected] [email protected] Tel +27 11 997 2700 Volgodonska str., 66 ISCAR BELARUS Fax +27 11 388 9750 02099 Kiev (Representative Office) France Poland [email protected] Tel/fax +38 (044) 503-07-08 Nachimova str. 12, office 101 ISCAR FRANCE SAS ISCAR POLAND Sp. z o.o. www.iscar.co.za [email protected] 220033 Minsk 8, Rue Georges Guynemer ul. Gospodarcza 14 www.iscar.ru Tel/Fax: +375 17 298-13-67/58 78286 GUYANCOURT Cedex 40-432 Katowice South Korea [email protected] Tel + 33 (0)1 30 12 92 92 Tel + 48 32 735 7700 ISCAR KOREA United Kingdom www.iscar.ru Fax + 33 (0)1 30 43 88 22 Fax + 48 32 735 7701 304 Youggye-Ri, ISCAR TOOLS LTD. [email protected] [email protected] Gachang-myeon Woodgate Business Park Belgium www.iscar.fr www.iscar.pl Dalsung-gun, Daegu 711-860 Bartley Green n.v. ISCAR Benelux s.a. Tel + 82 53 760 7590 Birmingham B32 3DE Roekhout 13 Germany Portugal Fax + 82 53 767 7203 Tel + 44 (0) 121 422 8585 B 1702 Dilbeek (Groot-Bijgaarden) ISCAR Germany GmbH ISCAR Portugal, SA [email protected] Fax + 44 (0) 121 423 2789 Tel + 32 (0) 2 464 2020 Eisenstockstrasse 14 Avd.Dr.Domingos www.iscarkorea.co.kr [email protected] Fax + 32 (0) 2 522 5121 D 76275 Ettlingen Caetano de Sousa www.iscaruk.co.uk [email protected] Tel + 49 (0) 72 43 9908-0 Fracção B, Nº 541 Spain www.iscar.be Fax + 49 (0) 72 43 9908-93 4520-165 Santa Maria da Feira ISCAR IBERICA SA United States [email protected] Tel + 351 256 579950 Parc Tecnològic del Vallès ISCAR METALS INC. Bosnia www.iscar.de Fax + 351 256 586764 Avda. Universitat Autònoma 19-21 300 Westway Place Representative Office [email protected] 08290 Cerdanyola-Barcelona Arlington, TX 76018-1021 Kralja Tvrtka I br. 17 Hungary www.iscarportugal.pt Tel +34 93 594 6484 Tel + 1 817 258 3200 BIH- 72000 Zenica ISCAR HUNGARY kft Fax +34 93 582 4458 Tech Tel 1-877-BY-ISCAR Tel +387 32 201 100 Kassai u 151 Romania [email protected] Fax +387 32 201 101 H 1142 Budapest ISCAR Tools SRL www.iscarib.es Fax + 1 817 258 3221 [email protected] Tel + 36 1 251 5688 Str. Maramures nr. 38, [email protected] Fax + 36 1 251 4757 Corp 2, Otopeni, Sweden www.iscarmetals.com Brazil [email protected] jud. Ilfov, cod 010832 ISCAR SVERIGE AB Iscar do Brasil Coml. Ltda. www.iscar.hu Tel + 40 (0)312 286 614 Kungsangsvagen 17B Vietnam Rodovia Miguel Melhado Campos, Fax + 40 (0)312 286 615 Box 845 ISCAR VIETNAM Km 79, Bairro Moinho Italy [email protected] 751 08 Uppsala (Representative Office) CEP: 13280-000 - Vinhedo - SP ISCAR ITALIA srl Tel + 46 (0) 18 66 90 60 Room D 2.8, Etown Building, Tel + 55 19 3826-7100 Via Mattei 49 / 51 Russia Fax + 46 (0) 18 122 920 364 Cong Hoa, Tan Binh Dist., Fax + 55 19 3826-7171 20020 Arese [MI] Moscow [email protected] Ho Chi Minh City DDG 0800 701 8877 Tel + 39 02 93 528 1 ISCAR RUSSIA LLC www.iscar.se Tel +84 38 123 519/20 [email protected] Fax + 39 02 93 528 213 Malaya Andronievskaya str., 20/8 Fax +84 38 123 521 www.iscar.com.br [email protected] 109554, Moscow Switzerland [email protected] www.iscaritalia.it Tel/fax +7 095 956 47 69 ISCAR HARTMETALL AG Bulgaria [email protected] Wespenstrasse 14 ISCAR BULGARIA Japan www.iscar.ru CH 8500 Frauenfeld 37 A, “N. Petkov” str. ISCAR JAPAN LTD. Tel + 41 (0) 52 728 0850 Floor 2; Room 12 Head Office Chelyabinsk Fax + 41 (0) 52 728 0855 6100 Kazanlak 15th Floor, Senri Asahi ISCAR RF East Ltd [email protected] www.iscar.ch “As part of Iscar’s ongoing Tel/Fax +359 431 62557 Hankyu Building Malogruzovaya str., 1 - office 605 effort to improve its products, [email protected] 1-5-3, Shinsenri-Higashimachi 454007, Chelyabinsk it reserves the right to make Toyonaka-Shi, Tel/fax +7 351 2450432 changes to any of the products Canada Osaka 560-0082 [email protected] appearing in this publication, ISCAR TOOLS INC. Tel + 81 6 6835 5471 www.iscar.ru without prior notice.” 2100 Bristol Circle Fax + 81 6 6835 5472 Oakville, Ontario L6H 5R3 [email protected] Tel + 1 905 829 9000 www.iscar.co.jp © ISCAR LTD. Fax + 1 905 829 9100 [email protected] All rights reserved www.iscar.ca 10/2009

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