3-Axis LASER MARKER GENERAL CATALOG Who We Are KEYENCE has steadily grown since 1974 to become an innovative leader in the development and manufacturing of automation equipment worldwide. Our products consist of automation sensors, measuring instruments, vision systems, laser markers, and digital microscopes.

Our innovative products not only meet current needs but also future customer requirements in many manufacturing and research industries. We strive to anticipate the market’s future needs to provide tomorrow’s solution today.

At KEYENCE, we are not content to only have the best products on the market, we also strive to provide our customers with the most knowledgeable and trained sales professionals in the industry. We are dedicated to supporting our customers and working with them to achieve their goals.

KEYENCE, a blue chip company, has been named one of Business Week’s “1000 Best Valued Companies”. We are also in the top 50 of Newsweek’s electronic industry ranking and are consistently ranked in ’s Nikkei Newspaper’s yearly list of the “Top Ten Excellent Companies in Japan”. Today, KEYENCE serves over 100,000 customers in some 70 countries around the world, where its name stands for innovation and excellence.

Direct Approach KEYENCE employs a large number of sales engineers throughout the world enabling invaluable direct on-site support. With this direct approach, we are able to meet the customer’s needs at every level of their business, from the design and research stage to the production line and beyond.

These highly trained sales engineers are problem solvers who can provide real solutions to our customers’ applications with existing products or potential new solutions.

Superior Technology KEYENCE is a worldwide leader in developing and supplying cutting-edge automation and manufacturing technologies of the highest quality. New product sales consistently account for 30% of KEYENCE’s total sales, illustrating our ability to quickly respond to industry trends and add value to our customers.

Versatile Products KEYENCE manufactures a broad range of products used in both manufacturing environments and research facilities. These products are designed with versatility in mind and can be used across all industry sectors. We know quick delivery is important, which is why our products are shipped on the same day the order is received from warehouse centers located in over 40 countries throughout the world.

2 Developing Industry Leading Products through Intense In-House Research and Development KEYENCE products are designed to add value to the manufacturing and research practices of our customers. We are constantly looking to improve our product offerings to better meet and exceed customers’ expectations. Our products are engineered to be versatile, so they can be used in every industry and a wide variety of applications. KEYENCE offers the world’s best products for today and tomorrow’s application needs.

At KEYENCE, terms like “World’s First,” “World’s Fastest,” “Industry First,” and “Best in Class” come standard with our products. With over 35 years of direct, on-site problem solving experience, we know the industries we serve better than other companies enabling us to provide optimal solutions.

CLEAN Energy Policy KEYENCE recognizes that protecting our environment is of paramount importance to the entire planet. We strive to contribute to the protection and improvement of the global environment. Our value added solutions enable a wide range of industries to produce goods efficiently by minimizing waste and the impact to the environment.

RoHS Since April 2005, KEYENCE has been progressively eliminating hazardous substances from our products and implementing the switch to RoHS compliant products.

Corporate Information

FACTS Global Headquarters: , Japan 2012 Global Sales: $2,269,062,00 USD Founded: May 1974 Worldwide Employees: 3,800

All dollar figures herein refer to U.S. dollars. Dollar amounts are converted from Japanese yen at ¥96 = $1 based on the approximate exchange rate on March 20, 2013.

AN EXCEPTIONAL COMPANY Newsweek Electronics Industry Ranking Forbes’ “World’s Most Innovate Companies”

1 IBM 1 Salesforce.com … … 2 HP 16 Xerox 2 Amazon.com 3 CANON INC. 3 Intuitive Surgica … … 4 26 Seagate 4 Tencent Holdings 5 Apple INC. 5 Apple … … 6 ABB 39 KEYENCE … … 7 DELL 7 Google … … 8 Schneider Electric 42 Rockwell Automation … … 9 Emerson Electric 43 Cooper Industries 17 KEYENCE 10 18 FMC Technologies … … 19 Starbucks 20 … … as of 2011

3 The Evolution of KEYENCE Laser Marking Systems KEYENCE has been an innovative leader in the laser marking industry since the early 1990's. Our high speed, precision processing capabilities have evolved to include the first 3-Axis lasers and unrivalled marking quality among Fiber,

YVO4 and CO2 laser marking systems. The newest laser marking systems from KEYENCE are built upon years of experience and hands on application knowledge. KEYENCE is committed to introducing new cutting-edge products that go beyond the expectations of its customers.

Since 1994 CO2

World's smallest CO2 Laser marking unit & World's first marking on moving targets

CO2 Laser marker ML-9000 Series

1998 YAG World's smallest YAG Laser marking unit YAG Laser marker MY-9500 Series

2003 YVO4 Completely Air-cooled&Ultra-compact

YVO4 Laser marker MD-V9600 Series

2006 3-Axis CO2 World’s first 3-Axis control Laser Marker

3-Axis CO2 Laser marker ML-Z9500 Series

4 2013 and Beyond As the laser marking market expands throughout the world, KEYENCE will use its vast experience and knowledge to continue to provide the industry with the most advanced technology available.

Laser Maker Models Released KEYENCE has developed each laser marker

1994 :CO2 Laser marker ML-9000 Series model based on unique oscillation methods. 1998 : YAG Laser marker MY-9500 Series Every laser model is designed with CO2 Laser marker ML-9100 Series 2001 : YAG Laser marker MD-Y9700 Series innovative technologies such as world-first, 2003 :CO2 Laser marker ML-G9300 Series Industry-first or world's smallest design. YVO4 Laser marker MD-V9600 Series Marking Builder Software Interface 2005 : YAG Laser marker MD-H9800 Series

2006 : 3-Axis CO2 Laser marker ML-Z9500 Series Marking Builder 2 Software Interface

2007 : 3-Axis YVO4 Laser marker MD-V9900 Series

2008 : 3-Axis YVO4 SHG Laser marker MD-S9900 Series 2009 : 3-Axis Fiber Laser marker MD-F3000 Series 2011 : Telecentric Laser Marker MD-T1000 Series 2012 : 3-Axis Fiber Laser marker MD-F3100/5100 Series

2007 3-Axis YVO4

World's first High-power YVO4 with 3-Axis control

3-Axis YVO4 Laser marker MD-V9900 Series

2009 3-Axis Fiber World's smallest Fiber Laser marking unit 3-Axis Fiber Laser marker MD-F3000 Series

5 3-Axis YVO4 Laser Marker MD-V9900A Series The optimum solution for general purpose marking on metals, resins and paint removal processes.

YVO4

3-Axis Fiber Laser Marker MD-F3100/5100 Series The optimum solution for black-color marking and engraving on metal where a high output power is required. Fiber

3-Axis CO2 Laser Marker ML-Z9500 Series The optimum solution for marking materials such as resins, labels, glass and processing thin films.

CO2

6 Example Laser Marking Applications

Transistor Automotive switch 2D code on lead frame

ABS Plastic Laser Diode Micrometer

Example Laser Marking Applications

Vehicle body frames Bearings Engine blocks (PAINTING AFTER MARKING) (HIGH-SPEED 2D CODE MARKING)

Before After

Thin metal sheet processing Key cylinders Frame ICs burr removal

Example Laser Marking Applications

Film Cutting Surface laver removal IC Marking

Motor Housing Gate Cutting Carton Printing

7 Selection Guide by Marking Materials

Depending on the wavelength of light produced by each laser marker type, specific results can be achieved, such as engraved marking, discoloration, or cutting. Therefore, it is important to match the desired type of mark with the appropriate laser marker.

LASER MARKER APPLICATIONS (BY TYPE)

CO2 Laser Marker 10600 nm wavelength : Often used for marking paper, plastic, glass, and ceramic. The 10.6 μm wavelength is absorbed by transparent materials, so it is often used for applications such as marking films. The development of high-powered models has made it possible to perform functions such as gate cutting of molded parts and PET sheet cutting.

YVO4 Laser Marker 1064 nm wavelength : Often used for marking metal, plastic, and ceramic. Ideal for discoloring plastic and producing high-visibility printing. Up until now, YAG laser markers YAG Laser Marker were selected for applications requiring high power and YVO4 laser markers for applications requiring miniature printing at low power. However, the advent of high-powered YVO4 laser markers has allowed them to take over applications that were once the domain of YAG lasers.

Fiber Laser Marker 1090 nm wavelength : Often used for marking metal, plastic and ceramic. Fiber laser markers allow for printing with high power and extremely fast scan speeds while condensing the size of the marking unit. With wavelengths produced in the general range of YAG and YVO4 lasers, Fiber lasers are able to maintain marking quality and save on installation space.

Invisible spectrum (UV) Visible spectrum Invisible spectrum (IR) Infrared Ultraviolet

YVO4 Laser Marker (1064 nm) Fiber Laser CO2 Laser Marker YAG Laser Marker (1064 nm) (1090 nm) (10600 nm)

Suitable Models For Each Type Of Material

Material CO2 Laser : MLZ/MLG Series YVO4 Laser : MDV Series Fiber Laser : MDF Series Polyethylene Good Good Good Polycarbonate Good Good Good Polypropylene (PP) Good Good Good Polyacetal (POM) Good Excellent Excellent Polybutylene terephthalate (PBT) Good Excellent Excellent Polyethylene terephthalate (PET) Good Not Able to Mark Not Able to Mark PLASTIC Acrylonitrile butadiene styrene (ABS) Good Excellent Excellent Epoxy Excellent Excellent Excellent Phenol Excellent Excellent Excellent Urea Excellent Excellent Excellent Polyvinyl chloride (PVC) Excellent Excellent Excellent Polyamide Good Excellent Excellent Silicone Not Able to Mark Good Good Iron Not Able to Mark Excellent Excellent Aluminium Not Able to Mark Excellent Excellent Nickel Not Able to Mark Excellent Excellent METAL Stainless steel Not Able to Mark Excellent Excellent Copper Not Able to Mark Good Acceptable Gold Not Able to Mark Good Acceptable Ceramic Good Good Good Wood Excellent Acceptable Acceptable OTHER Paper Excellent Acceptable Acceptable Glass Excellent Not Able to Mark Not Able to Mark Rubber Excellent Excellent Excellent * The suitability of each model for a specific print material depends on the object’s consistency/additives and the set conditions. This table shows typical selections.

8 Mechanism of the 3-Axis Control Laser Marker

A standard laser marker uses a 2-Axis X and Y scanner to scan laser light across a level surface. A 3-Axis control laser marker is equipped with a Z axis scanner in addition to the X and Y axis scanners. It achieves three-dimensional laser tracking by controlling all axes simultaneously. “3-Axis Technology” was first developed by KEYENCE and installed in their marking systems in 2006. This unique technology makes it possible to program complex shapes and saves countless engineering hours during integration. These innovations are indispensable and allow for reliable consistency on every mark.

Z-Axis SCANNER The focal point, which is normally fixed, can be changed to an arbitrary position. This allows for marking and processing in which the focal point is always perfectly focused on the target's surface.

X-Axis scanner

Y-Axis scanner

Additionally, it is equipped with special software that maximizes use of the 3D control function. Selecting the software according to specific requirements enables simple configuration to precisely the required settings.

9 Marking Builder 2 *Optional

Variable focal length The 3-Axis laser control (X, Y and Z-axes) keeps the laser in focus throughout the focal distance range. This focal length can be set to any position within a 42 mm 1.65" range without distortion across the entire marking area.

Enclosure made of resin (marking on stepped surfaces) 42 mm 1.65"

Variable spot size Varying the spot size of the laser is helpful when trying to enhance the contrast of characters or engraving more deeply into the target surface. Typical defocus techniques may cause varying character size and position, while the 3-Axis Laser Markers can provide uniform quality of characters.

Conventional model

Reference focus position

Position, size or thickness deviates.

3-Axis

Variable focal point

LSI (High accuracy marking with defocusing) Marking in a set thickness at a set position

10 Spot diameter is kept uniform over the entire area Conventional model 3-Axis Traditionally, the spot size at the center and the edge of the marking area were different due to the artificial plane created by the fθ lens. 3-Axis Control Laser Markers solve this problem with X, Y and Z-axis laser control. High accuracy marking on a flat surface is guaranteed because of the uniform spot size. Conventional model 3-Axis

Edge of the area Characters get bolder at the Uniform line width of characters edges across the area

A single 3-Axis Laser markers covers 7x the area of Conventional models 11.81" The 300 mm 11.81" marking area reduces installation costs by eliminating the need for multiple marking heads and mechanical index devices.

11.81"

The KEYENCE advantage when marking Conventional model 3-Axis over a wide area Area distortion due to lens Area in which deformation characteristics and distortion are corrected Problems associated with the properties of the F lens of conventional systems have been eliminated, so characters stay clear and crisp over the entire marking area.

Mounting Position Correction

The dedicated software easily corrects the head inclination after Head misalignment integration using X, Y and Z-axes, without the need for mechanical adjustment. This feature significantly reduces the man-hours for installation.

After correction

11 Marking Builder 2 <3D Setting Software MB-H3D2> *Optional

Precise 3-Axis marking The Software Interface (MB-H3D2) features 3-Axis control to modify the laser position according to the shape of a target, which can include steps, inclined surfaces, cylinders or circular cones and spheres. MB-H3D2 minimizes distorted, worn, or chipped characters while enabling uniform marking on three-dimensional surfaces that are considered untouchable by conventional markers.

Marks can be viewed and Programming marking contents to fit a certain shape is as easy as inspected stereoscopically by selecting the type of shape from a drop down menu. The marking changing angles at your contents then appears in the 3D programming environment. command.

Marking comparison

Steps Inclined surface

Lower step Upper step Lower step Upper step

Conventional Faded 3-Axis Conventional Faded and 3-Axis model characters model elongated characters

Cylinder Circular cone

Conventional Distorted 3-Axis Conventional Character 3-Axis model and elongated model deformation characters

12 Auto-Focus Using the The Software Interface (MB-H3D2) together with a displacement sensor that can measure the distance of the target allows for automatic adjustment of the focal point. In addition, marking and processing can be performed while compensating for changes in material thickness. This not only reduces production costs but also contributes to improvements in quality.

Conventional model 3-Axis

Faded or missing marking occurs when Auto-Focus ensures clear printing by always the focal point is misaligned. keeping the focal point aligned. This allows for stable marking and processing.

Clear printing With the MB-H3D2, 3D setting software, fine adjustments such as auto-focusing and manipulation of the spot diameter of the laser to improve marking clarity can be done on the fly.

Example of Use for Semiconductors/ Electronic Components Autofocus marking can be used to follow the thickness of the circuit board. Removing the need for in-process replacement leads to increased marking quality. Additionally, multi-point measurement enables the curve of circuit boards or wafers to be accurately followed.

13 Z-MAP Creator *Optional (MD-V9000 Series and MD-F3100/5100 Series only)

Perform marking using 3D cad files (.STL) for target profiling Files with the .stl extension, a commonly used extension in 3D CAD, can be loaded into the KEYENCE Marking Builder software and used as a base for 3D marking. This allows for 3D marking on targets with shapes that cannot be expressed using standard figures implemented by conventional marking software.

Perfectly focused marks are able to be applied to any surface in the valid marking range. Uninterrupted marking can be performed even on different surfaces without changing fixtures or moving the part.

2D codes on sloping or uneven surfaces

At first glance this 2D code looks warped and ...when viewed from above, the code forms a impossible to read, but.... perfect square and is easily read.

14 Logo designer

Logo designer functionality Logos can be further manipulated by adding the Logo designer software package to Marking Builder 2. It allows for easy change- over of various patterns via simple software parameters when creating a specific logos, markings and processing patterns. This helps to always create the best marking in the shortest time. Directly importing dxf data makes it possible to edit the logosettings and marking elements. Corrections can be performed easily to create an optimal mark.

Hatching functions Simply select the pattern type, and change the filled marking pattern of the entire logo. This makes it possible to select the optimum marking method to the required look and feel. Fine adjustments, such as line intervals, border offsets and line angles can be changed quickly as well.

Frame Diagonal Contour Non-connected points are automatically recognized. This makes it possible to make corrections to the data and change the order that items are marked simply and in a short amount of time.

Adobe illustrator plug-in *Included with Logo designer A logo created with Adobe Illustrator can be directly imported into the Marker Builder 2 software using the Illustrator Plug-in. The imported logo designs can be fully edited and hatched using the Logo designer software.

Create a logo with Adobe® Illustrator®­ The logo can be directly imported into Marking Builder

Create a design with Adobe Illustrator. Hatching can be easily done on the Marking Builder screen.

* Adobe® Illustrator®­ is a registered trademark of Adobe Systems Incorporated

15 MD-V9900A Series

By employing a YVO 4 crystal as it's laser medium, the MD-V Series is able to achieve super-fine, high-speed marking on metals, plastics, and more.

Single mode beam spot

The MD-V utilizes an end-pumping YVO4 laser system that generates an ideal beam spot. Conventional systems are forced to employ a multi-mode laser, leading to fluctuations in laser power and target quality. Single mode laser’s concentrate the beam to provide high quality marking on a wide range of surfaces.

MD-V power distribution Traditional YAG power distribution MD-V marking photo 300x Power peaks are concentrated at the center Traditional YAG Peaks of power exist randomly in the of the beam. Furthermore, ultra-short pulse marking photo beam. Uniformity is often hard to marking allows for high resolution marking. achieve in marking.

High peak power & short pulse laser With high peak power, MD-V9900 can achieve sharp, high quality marking on hardened surfaces. This high peak power is also generated with an incredibly small pulse width, reducing the possibility of thermal damage to the target surface.

ITO film (coating removal)

16 Ultra-high pulse recurrence frequency When sped up 400 kHz MD-V9900A

The MD-V9900A Series employs a Q switch frequency more Marking with traditional speed Accurate marking with no than double that of previous KEYENCE lasers. The high space in between frequency enables smooth marking of fine resolutions on high Traditional laser speed productions lines. Both continuous wave and pulse oscillation are available to accommodate varying surface With spaces between dots conditions.

Power linearity Laser Other laser markers The power linearity of traditional laser systems is typically ±5%, output (W) and could be even larger at low power. The MD-V9900A MD-V9900A achieves an incredible ±2% power stability, meaning that the MD-V Output mark will never chip, burn, or blur. stability ±2%

Set value of power

Automatic power-saving function Marking A B C A B C The MD-V9900A Series is equipped with an Auto Power-saving function (APS), which automatically lowers the current level of LD current the LD light source when not marking characters. Since only the Traditional ON model current is lowered, and the power of the LD is not turned off, the without APS OFF system can return to full marking capacity almost instantly. The operating life of MD-V the LD is dramatically with APS extended. OFF

Built-in power monitor Along with a system to verify the output value of the laser, the MD-V9900A also employs an internal system to monitor and Laser power check automatically adjust for power variations that may occur over the 13.00W lifetime of the laser. This feature will help to ensure that each mark is made with the same quality and consistency, regardless of the operator or age of the marking head.

Advantages of the built-in power monitor • Automatic power measurement and correction • Quick measurement without additional equipment • No variation caused by individual operators • No change in accuracy over long-term use.

17 MD-F3100/5100 Series

A combination of best-in-class 50 W output and 3-Axis control. Once again, KEYENCE leads the way in cutting edge laser marking technology.

Deep-Engraving

NEW FUNCTION DEEP ENGRAVING 50 W

40 W The focal distance is changed 30 W Depth after each pass. This allows 20 W for processing with maximum

energy density at all times. Time High power output lasers are capable of digging deeper into materials and improving marking times. *These are representative values. They will vary depending on the material and marking conditions.

High-Speed 2D Barcode Marking

Keyence lasers are optimized for high-speed 2D barcode marking. An array of various marking patterns are selectable to ensure that a perminant mark is applied directly to the products surface in the least amount of time.

18 High-Speed Annealed Marking Annealed marking at high-speed is acheived on tooling , instruments, medical components and other products where creating high contrast without damaging the surface is key

Built-in thermopile power monitor

To accurately monitor the output power of the laser, the amount ADVANTAGE 1 of heat generated must be measured. In the case of high-power laser markers, the conventional method is to measure the Automatic calibration of laser power amount of light generated, however this leads to inaccurate Lasers lose power over time and need calibrated. The measurements because the laser beam could only be detected built in power monitor allows for automatic calibration and eliminates human error and extra maintenance costs. when it was significantly attenuated. With the thermopile method, even the output of high-power lasers can be measured with high precision. ADVANTAGE 2 Marking energy check

The marking energy is measured each time the laser is fired. An error is generated if the measured value is not within the specified limits allowing for precise monitoring of marking quality.

A small percentage of the laser is sampled in order to measure the actual power in watts.

Compact, fanless marking head with IP64 rating The MD-F Series provides extremely high output power in a compact design. The natural air cooled system offers a completely sealed, fanless structure. The internal components of the MD-F Series are not affected by hazardous elements such as dirt, dust, water, and oil mist. This gives the MD-F Series environmental resistance that allows for its use in the harshest manufacturing environments. [Enclosure rating: IP64]

OP-87077

A lens protection filter is also available as an option

The lens protection filter option fully protects the lasers output lens from contaminant buildup and scratching. This option can be easily cleaned or replaced, which eliminates downtime. Part # OP-87077

19 ML-Z9500 Series

The synergy between 30 Watts of output power and an ultra-high-speed scanning system significantly improves productivity.

High-speed 30 W marking capabilities The ML-Z9500 Series precisely marks characters on rapidly moving flat or curved surfaces. The deep focal range of the ML-Z means that there's no need to adjust for varying product sizes, reducing overall tact time. This allows the maximum performance of the marking head to be utilized in a wide range of applications.

Guide laser function By scanning a safe, visible red laser in the pattern of the marking area or the marking contents, positioning of the target and fixture can be adjusted quickly and easily.

Work area Guide laser guide laser

20 9.3 µm short wavelength laser The ML-Z9500 series are available in a 9.3 um short wavelength version. This allows for better heat absorption for certain materials like PET and PC. The 9.3 µm short wavelength laser clearly marks characters of high visibility at shallow depths, with fewer edges, guaranteeing high quality in marking and processing. Flexible board Film cutting

Reasons for high quality marking and processing

Conventional model ML-Z There is a lot of damage, and the surface is inscribed roughly. 10.6 μm laser 9.3 μm laser Edge Edge Depth Depth

Working distance pointer The visible red laser beams allow users to view the optimum working distance on the target without physically measuring. This also helps to quickly indicate misalignments during production use. Too close

In focus

* The focal point can be adjusted according to the pointer position at any distance.

Barcode information check The HR Series compares the barcode information read with the barcode information registered in the system. The detected barcode can be automatically fed into the ML-Z and either used to change program or change the data being marked.

21 CONSULTATIVE APPROACH DEDICATED TO ADDING VALUE FOR OUR CUSTOMERS

Direct Approach Our technically trained sales engineers have extensive experience with various applications and industries. Sales engineers specialize within a certain product group to become experts in their fields. This experience and specialization allows the most efficient solution to be recommended to customers.

In some cases, the application may require the design of a new product. KEYENCE is able to quickly incorporate input from customers into our new product designs since we manufacture the products as well. More than 1,500 sales engineers around the world are prepared to participate at every level of our customers’ business, from the design and research stage to the production line and beyond.

KEYENCE Direct Sales System Customer KEYENCE Direct Consultation

Quick Response

Conventional Sales Style

Customer Distributor Sales Agent Manufacturer

Comprehensive Support KEYENCE supports customers with extensive on-site manufacturing and automation knowledge. Recommending the right solutions for our customers’ applications is only the beginning of how our sales engineers assist customers.

After purchasing a product, KEYENCE sales engineers ensure the products are functioning optimally, and they are able to go on-site if needed. If a customer ever has any questions, sales engineers and our technical support team are available to answer them quickly.

KEYENCE

Customer Comprehensive Support

Selection Adoption After-Sales Support

22 EXTENSIVE NETWORK

Seattle Worldwide Direct Sales Network Canada Montreal KEYENCE CANADA INC. Portland Minneapolis Boston More than 200 offices in 44 countries Rochester Detroit Milwaukee KEYENCE Cleveland CORPORATION Grand When working with KEYENCE, you’ll not only receive the Rapids New Jersey Northern OF AMERICA Indianapolis Philadelphia industry’s most advanced products, but you can also California Chicago Cincinnati Denver Louisville Richmond Los Angeles Kansas city St. Louis count on a worldwide network of highly trained support Knoxville Raleigh Nashville Charlotte Greenville engineers to guide you through the implementation of Tijuana Dallas Atlanta those products. Whether you’re working in the US, or Birmingham Ciudad Juárez Austin shipping a machine to Eastern Europe, Asia, Mexico, or Tampa other remote locations, KEYENCE provides support you Monterrey can count on. Leon

KEYENCE MEXICO S.A. DE C.V.

KEYENCE INTERNATIONAL KEYENCE CANADA INC. KEYENCE (BELGIUM) (UK) NV/SA LIMITED KEYENCE DEUTSCHLAND GmbH KOREA KEYENCE CO., LTD. KEYENCE (CHINA) CO., LTD. KEYENCE KEYENCE CORPORATION FRANCE SAS OF AMERICA KEYENCE KEYENCE KEYENCE ITALIA (HONG KONG) CO., LTD. CORPORATION S.p.A. KEYENCE (THAILAND) KEYENCE TAIWAN KEYENCE MEXICO CO., LTD. CO., LTD. S.A. DE C.V. KEYENCE INDIA PVT. LTD.

KEYENCE (MALAYSIA) KEYENCE SDN BHD SINGAPORE PTE LTD.

KEYENCE BRASIL

KEYENCE Corporate Offices

Distributors

Fast Delivery

KEYENCE’s fast delivery system will ensure that customers USA CANADA get their required products when they need them. Products are shipped from warehouse centers in Japan, Singapore, Chicago Malaysia, Thailand, China, Taiwan, South Korea, U.S. (Chicago), Canada, Mexico, the U.K., Germany, France and Italy or from 200 agents in 44 countries. MEXICO

23 SPECIFICATIONS (MD-V9900A Series) Standard model Standard model/Viewfinder Wide area model Main unit (controller + marking MD-V9900FA MD-V9910FA MD-V9920FA Model head) Console MC-P1 Marking style XYZ 3-Axis simultaneous scanning method

YVO4 laser, Class 4 Laser Product (IEC60825-1), Class IV Laser Product (FDA (CDRH) Part1040.10) Marking laser Wavelength 1,064 nm Output of Laser Oscillator (Typical) 10 W Q-switch frequency CW (continuous wave), 1 to 400 kHz Guide laser / working distance pointer Semiconductor laser, Class 2 Laser Product (IEC60825-1), Class II Laser Product (FDA (CDRH) Part1040.10) Wavelength 655 nm Output 1.0 mW Marking area 120 x 120 x 42 mm 4.72" x 4.724" x 1.65" 300 x 300 x 42 mm 11.81" x 11.81" x 1.65" Basic working distance ( ±variation width) 189 mm (±21 mm) 7.44" (±0.83") 300 mm (±21 mm) 11.81" (±0.83") Marking resolution 2 µm 0.78 Mil 5 µm 0.197 Mil Scan speed 12000 mm/s max. 8000 mm/s max. Font KEYENCE original font (numerical value, alphabet, katakana, hiragana and kanji) / user font / true type font Barcode CODE39 / ITF / 2of5 / NW7 (CODABAR) / JAN / CODE128 2D code QR code / micro QR code / DataMatrix (ECC200/GS1 DataMatrix) Character GS1 DataBar (Truncated)/GS1 DataBar (Truncated) CC-A/GS1 DataBar Stacked/GS1 DataBar Stacked CC-A/ type GS1 DataBar GS1 DataBar Limited/GS1 DataBar Limited CC-A Logo image Custom font, logo (CAD) data BMP / JPEG / PNG / TIF Laser cutting Fixed point / straight line / dashed line / oval Marking style Stationary marking / movement marking (constant speed / encoder) Marking Character size (height / width) 0.1 to 120 mm 0.004" to 4.72" 0.1 to 300 mm 0.004" to 11.81" conditions Registered programs 2000 settings max. Program Number of blocks 256 blocks Input / Output Terminal block input and output / MIL connector input and output Interface RS-232C/RS-422A/USB2.0 *1 CF memory card slot Dedicated for CF memory card *2 Marking unit installation direction All directions Marking unit cable length 5 m 16.4' Cooling method Forced air cooling 100 to 120 VAC, 700 VA max. 50/60 Hz Supply voltage 200 to 240 VAC, 800 VA max. 50/60 Hz Ambient temperature for storage -10 to +60°C -50 to +140°F, No condensation Environmental Ambient temperature for usage 0 to +40°C 32 to +104°F resistance Relative humidity for usage 30 to 85%, No condensation Controller 23.0 kg 23.2 kg 23.0 kg Weight Marking head unit 11.5 kg 11.8 kg 11.5 kg Console 2.0 kg *1 The USB port is dedicated for PC software. *2 SanDisk cards are recommended.

PC SOFTWARE SPECIFICATIONS (OPTIONAL)*3 Model Overview Marking Builder 2 (2D) MB-H2D3-DVD 2D setting and editing software (focal distance, tilt correction, spot variation, distance pointer adjustment) Marking Builder 2 (3D)*4 MB-H3D2 3D setting and editing software (marking on plane, cylinder, cone, or sphere; Z-Axis movement marking) Logo designer*4 MB-HLD Software tool that converts DXF files into logo or custom character files and edits them. Z-MAP Creator*4 MB-HZM Software tool that creates Z-MAP files from 3D CAD files (STL). *3 • Supported OS: Windows 7/Vista (SP1 or higher)/XP (SP3 or higher) • Supported language: Japanese, English, Chinese (Simplified) and German (Chinese supports the simplified Chinese display, but does not support Chinese input.) For Windows 7/Vista, the 32 bit and 64 bit version are available. For Windows XP, only the 32 bit version is available. • Windows is a registered trademark of Microsoft corporation in the U.S.A. *4 2D setting and editing software MB-H2D3-DVD must be installed and the USB hardware key is required.

DIMENSIONS Unit: mm inch

(11.81") 16.34" 5.71" Head (300) 415 145 Controller 0.87" 1.97" 4.59" (1.18") 15.94" (9.84") 22 50 116.5 (30) 405 (250) 1.63" 0.24" 6 1.69" 43 41.5

9.06" 230

4.04" 102.7 (R4.33") (R110) Working distance 422 5.16" 131 (Lid for filter replacement) 382 16.61" 15.04" 6 x M6, Depth 8 0.32" max. 5.54" ø3.19" 140.8 Mounting hole ø81

ø1.18" 4.92"125 0.75" 19 4 x ø30 4 x M4, Depth 6 0.24" max. 0.26" 280 (With rubber legs removed.) 6.7 11.02" 5.91" 5.91" 3.11" 150 150 79

( ) 210 283)(11.14" (58) 8.27" Console MC-P1 270 10.63" (2.28") (Effective display area) (47) 48 (1.85") 171 6.73" 1.89" 12.99" 1.14" 330 29 190 (203 129 7.99") 7.48" 5.08" (Effective display area)

Cable length: 5 m 16.4' 93 24 3.66" SPECIFICATIONS (MD-F3100/5100 Series) 30 W 50 W Standard area Wide area Standard area Wide area MD-F3100 MD-F3120 MD-F5100 MD-F5120 Marking unit (Controller + Head) Model MD-F3100C*1 MD-F3120C*1 MD-F5100C*1 MD-F5120C*1 Console (sold separately) MC-P1 Marking method XYZ 3-Axis simultaneous scanning method Yb: Fiber laser (Class 4 Laser product; IEC 60825-1, FDA (CDRH) part 1040.10)*5 Marking laser Wavelength 1090 nm Output 30 W 50 W Pulse frequency 60 to 120 kHz Guide laser/Working distance pointer Semiconductor laser, Wavelength: 655 nm, output: 1.0 mW (Class 2 Laser product; IEC 60825-1, FDA (CDRH) part 1040.10)*5 Marking area 120 × 120 × 42 mm 4.72" × 4.72" × 1.65" 300 × 300 × 42 mm 11.81" × 11.81" × 1.65" 120 × 120 × 42 mm 4.72" × 4.72" × 1.65" 300 × 300 × 42 mm 11.81" × 11.81" × 1.65" Standard working distance (±variable width) 168 mm (± 21 mm) 6.61" (± 0.83") 300 mm (± 21 mm) 11.81" (± 0.83") 168 mm (± 21 mm) 6.61" (± 0.83") 300 mm (± 21 mm) 11.81" (± 0.83") Marking resolution 2 μm 0.08 Mil 5 μm 0.20 Mil 2 μm 0.08 Mil 5 μm 0.20 Mil Scan speed Max. 12000 mm/s 472.44"/s Max. 8000 mm/s 314.96"/s Max. 12000 mm/s 472.44"/s Max. 8000 mm/s 314.96"/s Font KEYENCE original font (numbers, letters, katakana, hiragana, kanji), User font, True Type font Barcode CODE39, ITF, 2of5, NW7 (CODABAR), JAN, EAN, UPC, CODE128 2D code QR code, micro QR code, DataMatrix (ECC200/GS1 DataMatrix) Character GS1 DataBar, GS1 DataBar CC-A, GS1 DataBar Stacked, GS1 DataBar Stacked CC-A, type GS1 DataBar GS1 DataBar Limited, GS1 DataBar Limited CC-A Logo image Custom character font and logo CAD data (DXF), BMP/JPEG/PNG/TIF Machinery operation Fixed point, straight line, dashed line, circle, oval Workpiece style Stationary marking, movement marking (constant, encoder) Marking Character size (marking height/width) 0.1 to 120 mm 0.004" to 4.72" 0.1 to 300 mm 0.004" to 11.81" 0.1 to 120 mm 0.004" to 4.72" 0.1 to 300 mm 0.004" to 11.81" conditions Pro- No. of registered programs Max. 2000 programs gram No. of program blocks 256 blocks I/O (input-output) Terminal block I/O, MIL connector I/O, connector control I/O*2 Interfaces RS-232C, RS-422A, USB 2.0,*3 Ethernet (100BASE-TX/10BASE-T) CF memory card slot Dedicated for compact flash memory card use*4 Head installation direction All directions Head cable length 4 m 13.12' Cooling method Controller: Forced air cooling Head: Natural air cooling Rated voltage and power consumption 100 to 120 VAC/200 to 240 VAC ±10%, 50/60 Hz, Max. 550 VA 100 to 120 VAC/200 to 240 VAC ±10%, 50/60 Hz, Max. 750 VA Overvoltage category II Pollution degree 2 Enclosure rating (Head) IP64 Ambient temperature for storage -10 to 60°C (no freezing) 14 to 140°F Environmen- Ambient temperature for usage 0 to 40°C 32 to 104°F tal Ambient humidity for storage resistance 30 to 85% (No condensation) Ambient humidity for usage Controller 27.0 kg 27.5 kg Weight Head 6.7 kg Console 2.0 kg *1. Type equipped with contactor control terminal block *2. Supported models: MD-F3100C/3120C, 5100C/5120C *3. The USB port is dedicated for PC software. *4. We recommend SanDisk cards. *5. The laser classification for FDA (CDRH) is implemented based on IEC 60825-1 in accordance with the requirements of Laser Notice No. 50. PC SOFTWARE SPECIFICATIONS (OPTIONAL)*6 Model Overview Marking Builder 2 (2D) MB-H2D3-DVD 2D setting and editing software (on the DVD) (focal distance, tilt correction, spot variation, distance pointer adjustment) Marking Builder 2 (3D)*7 MB-H3D2 3D setting and editing software (marking on plane, cylinder, cone, or sphere; Z-Axis movement marking) Logo designer*7 MB-HLD Software tool that converts DXF files into logo or custom character files and edits them. Z-MAP Creator*7 MB-HZM Software tool that creates Z-MAP files from 3D CAD files (STL). *6 • Supported OS: Windows 7/Vista (SP1 or higher)/XP (SP3 or higher) • Supported language: Japanese, English, Chinese (Simplified) and German (Chinese supports the simplified Chinese display, but does not support Chinese input.) For Windows 7/Vista, the 32 bit and 64 bit version are available. For Windows XP, only the 32 bit version is available. • Windows is a registered trademark of Microsoft corporation in the U.S.A. *7 2D setting and editing software MB-H2D3-DVD must be installed and the USB hardware key is required.

DIMENSIONS Unit: mm inch

Head Controller Head Head ControllerController(30) (1.18") 28 1.10" 405 15.94" (30) (1.18")(150) (5.91") 65.4 2.57" 115 4.53" 260 10.24" (210) (8.27") 28 1.10" 405 15.94" (150) (5.91") 65.4 2.57" 115 4.53" 260 10.24" (210) (8.27") 6 0.24" 6 0.24"42 1.65" 42 1.65"

Head Controller 178 146.5 (30) (1.18") 7.01" 178 28 1.10" 422 146.5 405 15.94" (150) (5.91") 65.4 2.57" 115 4.53" 7.01" 260 10.24" (210) (8.27") 5.77" 16.61" 5.77" 422 6 0.24" 16.61" 42 1.65" 257.5 ø102 ø4.02" 10.14" 257.5 230 9.06" ø102 ø4.02" 10.14" 178 replacement cover Working 203.8 8.02" 230 9.06" replacement146.5 cover 7.01" ø4 ø0.16" 203.8 8.02" glass hole 422 distance depth MAX 8 Working0.32" 70 2.76" ø4 ø0.16"(133.8) (5.27") glass5.77" hole distance 70 2.76" (133.8) (5.27") 16.61" depth140 5.51" MAX 8 0.32" 0.75" 19 Positioning hole 140 5.51" 4-ø30 ø1.18" 0.75" 19 (2 locations) Positioning hole 4-M4 depth MAX 6 0.24" 280 11.02" 4-ø30 ø1.18" 257.5 4-M4 depth MAX 6 0.24" (2 locations) 280 11.02" (when plastic feet are removed) ø102 ø4.02" 10.14" 80 (when plastic feet are removed) 230 9.06" replacement cover 3.15" 203.8 8.02"80 Working ø4 ø0.16" 3.15" glass hole distance depth MAX 8 0.32" 70 2.76" (133.8) (5.27") 210 140 5.51" 0.75" 19 8.27" 210 Positioning hole 4 × M6 depth MAX 6 0.24" 4-ø30 ø1.18" 8.27" (2 locations)0.39" 10 120 4.72" 4 × M6 depth MAX 6 0.24" 4-M4 depth MAX 6 0.24" 0.39"Attaching10 hole120 4.72" 280 11.02" Attaching hole (when plastic feet are removed) 80 (283)(11.14") (58) 3.15" ( ) Console MC-P1 270 10.63" (2.28") 283)(11.14" (58) 330 12.99" Console(Effective MC-P1 display area) 270 10.63"(47) (2.28") 210 48 ( ) 29 1.14" 330 12.99" 171 6.73" (Effective display(1.85") area) 47 8.27" 29 1.14" 4 × M6 depth1.89" MAX 6 0.24" 48 0.39" 10 120 4.72" 171 6.73" (1.85") Console MC-P1 Attaching hole 1.89"

(203) 190 129 190 (283)(11.14") (58) 7.48" (203) 129 Console(7.99") MC-P15.08" 7.48" 270 10.63" (2.28") (Effective display area) (7.99") 5.08" (47) 330 12.99" (Effective display area) 48 29 1.14" (Effective display area) (1.85") 171 6.73" 1.89" MD-F Series SAFETY PRECAUTIONS (203) 190 Cable length:129 5 m 16.4' 93 (7.99") 7.48" 5.08" Cable3.66" length: 5 m 16.4' 93 • Be sure to read the manual and fully understand its (Effective display area) 3.66" contents before using the product. • Do not allow your eyes or skin to be exposed to a directly Cable length: 5 m 16.4' 93 3.66" irradiated laser beam or a diffused reflection laser beam.

25 SPECIFICATIONS (ML-Z9500W Series) Standard model Wide-area model Thin laser beam Marking head unit ML-Z9510W ML-Z9510TW ML-Z9520W ML-Z9520TW ML-Z9550W ML-Z9550TW Model Controller ML-Z9500W Console (Color touch panel) MC-P1 Marking style XYZ 3-Axis simultaneous scanning method Class 4 Laser Product (IEC60825-1, FDA (CDRH) Part1040.10)*1 Marking laser Wavelength 10.6 µm 9.3 µm 10.6 µm 9.3 µm 10.6 µm 9.3 µm Output *2 30 W 20 W 30 W 20 W 30 W 20 W Guide laser / working distance pointer Semiconductor laser, Class 2 Laser Product (IEC60825-1, FDA (CDRH) Part1040.10)*1, Wavelength:655 nm, Output: 1.0 mW Marking area 120 x 120 x 42 mm 4.72" x 4.72" x 1.65" 300 x 300 x 42 mm 11.81" x 11.81" x 1.65" 50 x 50 x 4 mm 1.97" x 1.97" x 0.16" Basic working distance (±variation width) 189 mm (±21 mm) 7.44" (±0.83") 300 mm (±21 mm) 11.81" (±0.83") 92 mm (±2 mm) 3.62" (±0.08") Marking resolution 2 µm 0.078 Mil 5 µm 0.197 Mil 1 µm 0.039 Mil Scan speed 12000 mm/s max. 6000 mm/s max. 6000 mm/s max. Font KEYENCE original font (numerical value, alphabet, katakana, hiragana and kanji) / user font / true type font Barcode CODE39 / ITF / 2of5 / NW7 (CODABAR) / JAN / CODE128 2D code QR code / micro QR code / DataMatrix (ECC200/GS1 DataMatrix) GS1 DataBar (Truncated)/GS1 DataBar (Truncated) CC-A/GS1 DataBar Stacked/GS1 DataBar Stacked CC-A/ Character type GS1 DataBar GS1 DataBar Limited/GS1 DataBar Limited CC-A Custom font, logo (CAD) data Logo image BMP/JPEG/PNG/TIF Laser cutting Fixed point / straight line / dashed line / circle / oval Marking style Stationary marking / movement marking (constant speed / encoder) Marking Character size (height x width) 0.2 to 120 mm 0.008" to 4.72" 0.3 to 300 mm 0.01" to 11.81" 0.1 to 50 mm 0.004" to 1.97" conditions Registered programs 2000 settings max. Program Number of blocks 256 blocks Input / Output Terminal block input and output / MIL connector input and output Interface RS-232C/RS-422A/USB2.0 *3 CF memory card slot Dedicated for CF memory card *4 Marking unit installation direction All directions Marking unit cable length 5 m 16.4' Cooling method Forced air cooling Supply voltage 100 to 120 VAC / 200 to 240 VAC 50 / 60 Hz 1500 VA max. Ambient temperature for storage -10 to +60°C 14 to +140°F, No condensation Environmental Ambient temperature for usage 0 to +40°C 32 to +104°F resistance Relative humidity for usage 30 to 85%, No condensation Controller 11.4 kg Weight Marking head unit 16.1 kg 16.2 kg 16.1 kg Console 2.0 kg *1 The laser classification for FDA (CDRH) is implemented based on IEC60825-1 in accordance with the requirements of Laser Notice No.50. *2 Laser tube monolithic output *3 The USB port is dedicated for PC software *4 CF card of SanDisk Corporation recommended. PC SOFTWARE SPECIFICATIONS (OPTIONAL)*5 Model Overview Marking Builder 2 (2D) MB-H2D3-DVD 2D setting and editing software (focal distance, tilt correction, spot variation, distance pointer adjustment) Marking Builder 2 (3D)*6 MB-H3D2 3D setting and editing software (marking on plane, cylinder, cone, or sphere; Z-Axis movement marking) Logo designer*6 MB-HLD Software tool that converts DXF files into logo or custom character files and edits them. *5 • Supported OS: Windows 7/Vista (SP1 or higher)/XP (SP3 or higher) • Supported language: Japanese, English, Chinese (Simplified) and German (Chinese supports the simplified Chinese display, but does not support Chinese input.) For Windows 7/Vista, the 32 bit and 64 bit version are available. For Windows XP, only the 32 bit version is available. • Windows is a registered trademark of Microsoft corporation in the U.S.A. *6 2D setting and editing software MB-H2D3-DVD must be installed and the USB hardware key is required.

26 DIMENSIONS Unit: mm inch

6.89" 11.26" 12.95" ML-Z9510W/ML-Z9510TW 175 286 329

Head 6.89" 175 5.77" 6.89" 11.26" 12.95" 146.5 6.89" 11.26" 17512.95" 286 329 175 286 * Working329 distance 0.94" 24 0.08" 2 25.94" 659 6.89" 175 6.89" 175 5.77" 5.77" 11.18" 146.511.81" 284 300 146.5 5.43" * Working distance 0.94" 24 138 0.08"ø2.05"2 ø52 * Working distance 6.89" 0.94" 2411.26" 12.95"0.08" 2 6.89"25.94" 659 11.26" 12.95" 175 28625.94" 659 329 175 286 329 6.10" 155 11.18" 11.81" 2.46" 6.50" 165 11.18" 11.81" 284 300 *Marking head unit 5.43"62.55 6.89" 175 6.89" 175 284 300 138 ø2.05" ø52 7.44" (±0.83") 5.43" 5.77" 5.77" ML-Z9510 138 ø2.05" ø52 189 mm(±21 mm) 10 27.15146.53.27" 4.33" 0.20"146.55 6.10" 155 1.07" 11.81" (±0.83") 2.46" 0.39" 83 110 6.50" 165 4 x M6, Depth 0.47" 12 max. ML-Z9520 6.10" 155 0.08" 2 0.08" 2 *Marking head unit 300 mm(±21 mm) * Working distance2.46" 0.94" 24 * Working distance6.50" 165 0.94" 24 Mounting hole (for fixing the marking head unit) 62.5525.94" 659 25.94" 659 *Marking head unit 7.44" (±0.83") 3.62" (±0.08") 4 x M4, Depth 0.24" 6 max. ML-Z9510 ML-Z9550 62.55 7.44" (±0.83") 189 mm(±21 mm) 92 mm (±2 mm) 11.18"10 27.1511.81"3.27" 4.33" 11.18"Load capacity0.20"11.81"5 of mounting hole: ML-Z9510Approx. 6 kg (fixed with four screws) 189 mm(±21 mm) 11.81" (±0.83") 10 27.15 3.27" 4.33" 2840.39" 1.07"30083 1100.20" 5 284 4 x M6, 300Depth 0.47" 12 max. ML-Z9520 1.07" 5.43" 5.43" Distance pointer 11.81" (±0.83") 300 mm(±21 mm) 0.39" 83 110 ø2.05" ø52 4 x M6, Depth 0.47" 12 max. Mountingø2.05" ø52hole (for fixing the markingML-Z9520 head unit) 6.89" 138 11.26" 12.95" 138 300 mm(±21 mm) 3.62" (±0.08") 175 286 329 Mounting 4hole x M4, (for Depth fixing 0.24"the marking 6 max. head unit) ML-Z9550 3.62" (±0.08") 92 mm (±2 mm) 4 x M4, Depth 0.24" 6 max. Load capacity of mounting hole: Approx. 6 kg (fixedML-Z9550 with four screws) 6.10" 155 Load capacity of mounting6.10" 155 hole: Approx. 6 kg (fixed with four screws) 92 mm (±2 mm) 2.46" 2.46"6.50" 165 6.50" 165*Marking head unit *Marking head unit Distance6.89" 175 pointer 62.55 6.89" 62.55 11.26" 12.95" 7.44" (±0.83")6.89" 11.26" 7.44"12.95" (±0.83") Distance pointer 5.77" ML-Z9510 ML-Z9510 175 146.5286 329 189 mm(±21 mm)175 286 189 mm329(±21 mm) 10 27.15 3.27" 4.33" 10 0.20"27.1553.27" 4.33" 0.20" 5 11.81" (±0.83") 11.81" (±0.83") 0.39" 1.07" 83 110 0.39" 4 x 1.07"M6, Depth83 0.47" 110 12 max. 4 x M6, DepthML-Z9520 0.47" 12 max. ML-Z9520 0.94" 24 0.08" 2 300 mm(±21 mm) 300 mm(±21 mm) 6.89" 175 * Working distance 6.89" 11.26" Mounting12.95" hole (for fixing the marking head unit)6.89"Mounting175 hole (for 6.89"fixing the marking11.26" head unit) 12.95" 25.94"4 x M4,659 Depth 0.24" 6 max. 4 x M4, Depth 0.24"5.77" 6 max. 175 3.62" (±0.08") 3.62" (±0.08") 5.77" 6.89" 11.26" 17512.95" 286 329 6.89" 11.26" ML-Z955012.95" 286 329 ML-Z9550 146.5 175 286 329Load capacity of mounting hole: Approx. 6 kg (fixedLoad with capacity175 four screws) of146.5 mounting 286hole: Approx. 6 kg329 (fixed92 mm with (±2 four mm) screws) 92 mm (±2 mm) 11.18" 11.81" 284 6.89" 175 Distance300 pointer 0.94" 24 Distance6.89"0.08"175 pointer2 0.94" 24 0.08" 2 ML-Z9520W/ML-Z9520TW5.43"* Working distance * WorkingML-Z9550W/ML-Z9550TW distance 6.89" 175 5.77" 138 ø2.05" ø52 6.89"175 25.94" 6595.77" 25.94" 659 5.77" 146.5 5.77" 146.5 146.5 Head 146.5 11.18" 11.81" Head 11.18" 11.81" 6.10" 155 0.94" 24 0.08" 2 0.94" 24 0.08" 2 2.46"* Working distance 6.50"284 165 300 * Working distance 284 300 * Working distance 6.89" 0.94" 24 11.26" 12.95"0.08" 2 6.89"25.94"5.43"659 11.26"* Workingø3.35" distance12.95" 6.89" 0.94" 24 11.26" *Marking head12.95"0.08" unit2 6.89"25.94" 6595.43"11.26" 12.95" 138 ø2.44" ø62 17562.55 28625.94" 659 329 175 138 286 ø85 329 175 28625.94" 659 3297.44" (±0.83")175 286 329 ML-Z9510 11.18" 11.81" 189 mm11.18"(±21 mm) 11.81" 10 27.1511.18"3.27" 4.33" 11.81" 6.10" 155284 0.20"3005 11.18" 11.81" 284 300 5.43" ø3.35" 11.81"6.10"5.43" 155 (±0.83")2.73"6.89" 175 6.89" 175 0.39" 1.07"284 83 110 300 2.27" 6.89"175 6.50" 1656.89"284175 ML-Z9520300 138 ø2.44" ø62 6.50" 165 5.43" ø3.35" 138 5.77"4ø85 x M6, Depth 0.47" 12 max. 5.77"5.43" 300 mm(±21 5.77"mm) 5.77" 138 ø85 57.6 146.5Mounting hole (for fixing the marking head146.5 unit)138 ø2.44" ø62 69.4146.5 146.5 6.10" 155 4 x M4, Depth 0.24" 6 max. 0.20" 5 3.62" (±0.08") 3.27" 4.33" 6.10" 155ML-Z95502.73" 6.10" 155 2.27"Load0.39" capacity10 of mounting hole: Approx. 66.50" kg (fixed165 with four screws) 920.39" mm10 (±20.76" mm)19.4 3.27" 4.33" 6.50" 165 0.20" 5 * Working distance 0.94" 24 * Working distance0.08" 2 16583 1100.94" 24 * Working6.10" distance1550.08"2.73"42 x M6, Depth0.94" 0.47""24 12 max.* Working distance0.08" 2 0.94" 24 0.08" 2 2.27" 25.94"57.6659 6.50" 25.94" 659 25.94"69.4 659 6.50" 165 83 110 25.94" 659 4 x M6, Depth 0.47" 12 max. 57.6 Distance pointer 0.20" 5 69.4 Mounting hole (for fixing the marking head unit) Mounting hole (for fixing 3.27" 4.33" 0.20" 5 3.27" 4.33" 11.18"0.39" 10 11.81"83 110 11.18"4 x M4, Depth11.81" 0.24" 6 max. 11.18"0.39" 10 0.76" 19.411.81" 11.18" 0.20"11.81"5 the marking head unit) 3.27" 4.33" 4 x M6, Depth 0.47"" 123.27" max.4.33" 83 110 0.39" 10 83 110 284 300 284 Load capacity0.39"300 of10 mounting0.76" 19.4 hole: Approx. 2846 kg (fixed with 300four screws)0.20" 5 2844 x M6, Depth300 0.47" 12 max. 5.43" ø3.35" 4 x M6, Depth 0.47""5.43" 12 max. Mountingø3.35" hole (for fixing83 the 110marking5.43" head unit) 4 x M6, Depth 0.47" 125.43" max. Mounting4 x holeM4, Depth(for fixing 0.24" 6 max. 138 138 138 ø2.44" ø62 138 ø2.44" ø62 ø85 Mounting4 xhole M4, (for Depth fixing 0.24" the 6 marking max.ø85 head unit) Mounting hole (for fixing the markingLoad capacityhead unit) of mounting hole: Approx. 6 kg (fixed with four screws) 6.89" 11.26"4 x M4, Depth 12.95"0.24" 6 max. Load capacity of mounting hole: Approx. 6 kg6.89" (fixed with four screws)11.26" the12.95" marking head4 unit)x M4, Depth 0.24" 6 max. 6.10" 155 6.10" 155 6.10" 155 6.10" 155 175 286Load capacity of329 mounting hole:6.50" Approx.165 6 kg (fixed with four screws) 2.73"1756.50" 165 2864 x M4, Depth 0.24"329 6 max. 6.50"2.73"Load165 capacity of mounting hole: 6.50" 165 2.27" 2.27" Distance pointer 57.6 57.6 69.4 Load capacity of mounting 69.4hole:Approx. 6 kg (fixed with four screws) 0.20"6.89"5 175 0.20" 5 Approx. 6 kg (fixed with four screws) 6.89" 175 3.27" 4.33" 3.27" 4.33" 3.27" 4.33" 1.77"5.77"3.27" 4.33" 0.39" 10 83 110 0.22" 7.09"0.39" 10 5.77"0.22" 83 110 14.57" 0.39" 10 0.76" 19.41.27" 0.39" 10 0.76"0.20"19.445Distance5 0.74" pointer 0.20" 5 5.5 180 4146.5 x5.5 M6, Depth 0.47"" 12 max.370 4 x32.2 M6,83 Depth 110 0.47""Distance 12 max. pointer 4 x M6, Depth146.5 0.47"8318.7 11012 max. 4 x M6, Depth 0.47" 12 max. Mounting hole (for fixing the marking head unit) Mounting hole (for fixing the marking1.77" headMounting unit) hole (for fixing Mounting hole (for fixing 0.22" 7.09" 0.22" 14.57" 1.27" 0.74" 4 x M4, Depth 0.24" 6 max. 4 x M4, Depth 0.24" 61.77" max. 45 the marking head unit) the marking head unit) * Working0.22" distance 7.09" 0.22" 5.50.94" 24 18014.57" 5.5 0.08" 2 1.27" 370 * Working32.2 distance 0.74" 0.94" 24 18.7 0.08" 2 Load capacity of mounting hole: Approx. 6 kg (fixedLoad with capacity four screws) of mounting45 hole: Approx. 6 kg (fixed with four screws) 5.5 180 5.5 25.94"370 659 32.2 18.7 4 x25.94" M4, Depth659 0.24" 6 max. 3.86" 98 4 x M4, Depth 0.24" 6 max. Load capacity of mounting hole: Load capacity of mounting hole: 11.18" 11.81" 11.18"Approx. 6 kg11.81" (fixed with four screws) Approx. 6 kg (fixed with four screws) 284 300 284 3003.86" 98 5.43" 14.17" ø3.35" 3.86" 985.43" 138 360 ø85 138 Distanceø2.44" pointerø62 Distance pointer 14.17" 8.39" 14.17" 6.10" 155 360 11.02" 1.77" 213 1.77" 9.50" 0.22" 7.09" 0.22" 280 14.57"0.22" 7.09" 1.27"0.22" 14.57" 6.10" 155 2.73"451.27"0.74" 45 0.74" 360 5.5 1802.27" 5.5 3705.5 180 6.50"32.21655.5 370 8.39"32.2 18.7 7.13" 6.50"7.63"16518.7241.4 11.02" 8.39" 213 181 9.50" 193.8 11.02" 57.6 280 69.4Laser power cable 0.20" 5 213 7.13"9.50" 5.24"7.63" 241.4 280 ø0.32"181ø8 16.4' 5 m 133 3.27" 4.33" 7.13" Laser power cable7.63" 241.43.27" 4.33" 193.8 5 0.39" 10 83 110 181 0.39" 10 0.76" 19.4 5.24"3.86" 98 0.20" 3.86" 98 Laser4 x M6, power Depth cable 0.47"" 12 max. 193.8 83 110 50 4 x M6, Depth 0.47" 12 max. 1.57"40 5.24" ø0.32" ø8 16.4' 5 m 133 0.94" 23.9 ø0.32"Mountingø8 16.4'hole 5(for m fixing 133the marking head unit) Mounting hole (for fixing 40 50 1.97" 14.17" 1.57" 4 14.17"x M4, Depth 0.24" 6 max. 0.94" 23.9 the marking head unit) 40 0.24"6 4 x - ø0.83" ø21 2.24" 11.02"50 40.2 1.58" 1.57" 360 Load360 capacity of mounting hole: Approx. 6 kg (fixed with four screws) 0.94" 23.9 1.97" 0.24"6 4 x - ø0.83" ø21 57 280 4 x M4, Depth 0.24" 6 max.21 0.83" 2.24" 11.02" 8.39"1.97" 8.39"Load capacity40.2 1.58" of mounting hole: 0.24"6 4 x 11.02"- ø0.83" ø21 11.02" 57 280 213 40.2 1.58" 9.50" 213 9.50" 280 2.24" 11.02" 280 Approx.21 0.83" 6 kg (fixed3.49" with four screws) (2.28") ML-Z9500W 57 280 7.13" 21 0.83" 7.63" 241.4 7.13" MC-P188.6 7.63" 241.4 ( ) 181 3.49"181 283)(2.28")(11.14" (58) Laser power cable Laser193.8 power cable 88.6 5.65" 143.5 193.8 Controller 5.24" 3.49" Distance5.24" pointerConsole(2.28") (283)(11.14" ) 270(58) 10.63" 4.72" 120 ø0.32" ø8 16.4' 5 m 133 88.6 ø0.32" ø8 16.4' 55.65"( m 143.5 133) (Effective display area) (47) 283)(11.14" (58) 270 10.63" 48 4.72" 120 5.65" 143.5 171 6.73" ( ) (1.85") 1.57"40 1.57"40 50 1.77" 270 10.63" 50 (Effective display area) 47 1.89" 0.22" 7.09"4.72" 120 0.22" 14.57" 1.27" 0.94" 23.90.74" 1710.94"(47 6.73")23.9 48 (1.85") 5.5 180 5.5 370 32.2 45 18.7(Effective display area) 1.89" 1.97" 171 6.73" 1.97" 48 (1.85") 0.24"6 4 x - ø0.83" ø21 2.24" 0.24"6 11.02"4 x - ø0.83" ø21 2.24" 11.02" 40.2 1.58" 1.89" 40.2 1.58" 1.18" 30 (203 190 57 280 57 280 21 0.83" 12921 0.83" 1.18" 30 (203 190 7.48" 1.18" 30 129 7.99") 5.08" (203 190 3.49" 3.86" 98) 7.48" 3.49"(2.28") (2.28") 12988.6 7.99" 5.08" 88.6(Effective display area) ) 7.48" (283)(11.14") (58) (283)(11.14") (58) 7.99" 5.65"5.08"143.5 (Effective display area)5.65" 143.5 (Effective display area) 270 10.63" 270 10.63" 14.17" 4.72" 120 4.72" 120 (Effective display area) (47) (Effective display area) (47) 360 171 6.73" 48 (1.85") 171 6.73" 48 (1.85") 8.39" 1.89" 1.89" 11.02" 213 9.50" Cable length: 5 m 16.4' 93 280 Cable length: 5 m 16.4' 93 1.18" 30 1.18" 30 7.13" 7.63" 241.4 3.66" 181Cable(203 length: 190 5 m 16.4' 93 (203 190 3.66" Laser power cable 129 193.8 129 5.24"7.99") 7.48" 5.08" 3.66" 7.99") 7.48" 5.08" ø0.32" ø8 16.4' 5 m 133 (Effective display area) (Effective display area) 50 1.57"40 0.94" 23.9 1.97" 0.24"6 4 x - ø0.83" ø21 2.24" 11.02" 40.2 1.58" 57 280 Cable length: 5 m21 16.4' 0.83" 93 Cable length: 5 m 16.4' 93 3.49" 3.66" (2.28") 3.66" 88.6 (283)(11.14") (58) 5.65" 143.5 270 10.63" 4.72" 120 (Effective display area) (47) 171 6.73" 48 (1.85") 1.89"

1.18" 30 ( 190 203 129 7.99") 7.48" 5.08" (Effective display area)

Cable length: 5 m 16.4' 93 3.66"

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KEYENCE CORPORATION OF AMERICA Corporate Office 669 River Drive, Suite 403, Elmwood Park, NJ 07407 PHONE: 888-539-3623 FAX: 855-539-0123 E-mail: [email protected] Sales & Marketing Head Office 1100 North Arlington Heights Road, Suite 210, Itasca, IL 60143 PHONE: 888-539-3623 FAX: 855-539-0123 Regional offices CO Denver IN Indianapolis MI Detroit NJ Elmwood Park OH Cincinnati SC Greenville TX Dallas AL Birmingham FL Tampa KS Kansas City MI Grand Rapids NY Rochester OH Cleveland TN Knoxville VA Richmond CA N.California GA Atlanta KY Louisville MN Minneapolis NC Charlotte OR Portland TN Nashville WA Seattle CA Los Angeles IL Chicago MA Boston MO St. Louis NC Raleigh PA Philadelphia TX Austin WI Milwaukee KEYENCE CANADA INC. KEYENCE MEXICO S.A. DE C.V. Head Office PHONE: 905-366-7655 FAX: 905-366-1122 E-mail: [email protected] PHONE: +52-81-8220-7900 FAX: +52-81-8220-9097 Montreal PHONE: 514-694-4740 FAX: 514-694-3206 E-mail: [email protected] KEYENCE CORPORATION

1-3-14, Higashi-Nakajima, Higashi-Yodogawa-ku, Osaka, 533-8555, Japan PHONE: +81-6-6379-2211 KA1-1083 The information in this publication is based on KEYENCE’s internal research/evaluation at the time of release and is subject to change without notice. Copyright (c) 2013 KEYENCE CORPORATION. All rights reserved. 3Axis-KA-C-US 1093-4 611714 Printed in Japan

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