MDX2_Vitro_EcodingRemoval_for_markingLaser.pptx

Marking laser for glass

1. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. Test Report MD-X2500 VITRO Victor García

2. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 1. Evaluation contents Evaluation Activity: Printing : Work item: Current method: Marking time: Demonstration Encoding polishing Glass with ecoding N/A 52 seconds This is an application with laser marking for paint removal in the first layer. A paint removal was made, making a 0.1 mm mesh, in it we could safely remove the paint without any fracture on the glass

3. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 2. Test Results Marking results Marking time: 51 seconds A paint removal was made, making a 0.1 mm mesh, in it we could safely remove the paint without any fracture on the glass Cycle time can be increased or reduced based on laser marker parameters.

4. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 2. Test Results Marking results Marking time: 52 seconds Cycle time can be increased or reduced based on laser marker parameters.

5. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 3. Installation condition

6. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 4. Installation condition This installation condition applies to every model of Keyence. Series MD-X, ML-Z, MD-F, MD-U.

7. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 5. Principle of product HIGH PEAK POWER (200 kW) × HIGH OUTPUT (25 W) The MD-X Series is equipped with a unique laser oscillation technology developed by KEYENCE that combines the characteristics of both YVO4 and FIBER lasers to delivery a fine quality, high speed mark unlike any other laser system. In addition to its unparalleled combination of high peak power and high average power, the MD-X also delivers an extremely stable, high quality beam with a long service life to match your unique marking requirements. AUTO-FOCUS 3-AXIS CONTROL The MD-X Series is equipped with KEYENCE's "3-Axis" system for simultaneous x-, y-, and z-axis laser control. The focal distance can be programed to easily support three-dimensional shapes and wide areas. The built-in camera of the MD-X Series can also be used to measure the focal distance and automatically adjust to eliminate marking defects caused by focus misalignment. BUILT-IN 2D CODE READER The built-in camera can be used to read and verify 2D codes. With our newest technology, it is possible to automatically mark and then verify the printed data for readability. In addition to pass/fail verification, MD-X Series laser markers can judge the marking quality of the 2D code after it is marked and output this value giving it comprehensive traceability functionality in a single marking device.

8. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 5. Principle of product BUILT-IN 2D CODE READER KEYENCE manufactures both laser markers and code readers, focusing their attention on providing systems for tracking and traceability. The MD-X Series laser marker has a built in 2D code reader and verifier to accurately mark and check 2D codes without using a separate device.

9. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 5. Principle of product ENVIRONMENTALLY RESISTANT SPECIFICATIONS [MARKING HEAD ENCLOSURE RATING: IP64] The MD-X Series has an IP64 enclosure rating on the marking head, an environmentally resistant specification that is usually only typical in FIBER laser technology. This and many other environmental specifications of KEYENCE laser marking systems makes it possible to operate with high precision and accuracy in nearly any production facility. The lens protection filter option fully protects the laser's output lens from contaminant buildup and scratching. This protection filter threads onto the output lens and can be replaced very easily in the field by unscrewing and replacing with a new filter. This part can be replaced without any specialized tooling and without performing any marking adjustments such as the case when replacing an fθ lens.

10. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 5. Principle of product EASY SETUP IN THREE STEPS Settings are configured in three steps: marking data, layout, and marking parameters. SAMPLE MARKING FUNCTION The optimum conditions can be found quickly from the list of marking results. A wealth of experience was conventionally required to set the marking conditions, but this can now be done easily and in a short period of time. TrueType FONT TrueType fonts that are loaded onto your PC can be used as system fonts in Marking Builder Plus. Z-MAP CREATOR Using 3D CAD data (STL format), the actual profile of the target can be imported into Marking Builder 3 and used as the base of the layout. This enables users to configure settings and perform marking on targets that have complicated profiles that cannot be expressed with basic shapes such as cylinders and step height changes.

11. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 6. Dimensions

12. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. 7. Support after purchase Warranty , Repairs and Comprehensive Support As laser markers experts we offer advice and support on each customer application since our first visit to stable operation in your product line. Keyence warrants all products to be free of defects in materials and workmanship for a period of one (1) year from the date of shipment. In the event that a laser marker needs to be repaired, Keyence will provide a Temporary Replacement Unit (TRU) free of charge so that production can continue uninterrupted. Keyence sales engineers ensure the products are functioning optimally, and they are able to go on-site if needed. Constant support free of charge . Seminars and training. Online Support www.marking‐central.com

13. Copyright© 2015 KEYENCE CORPORATION. All rights reserved. Arantxa García | Sales Engineer – Laser Marker   |   MTY Cel . 81 2036 8103 | Tel: 800-KEYENCE (539 3623) Ext.8539   | [email protected] Soporte Técnico: 800-KEYENCE (539 3623) opción 3 – opción 3 | [email protected]