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Product News: Portable Tools
YVO4 Laser Marking System features 3-axis beam control.
Press Release Summary:
Jun 05, 2008 - Operating in X, Y, and Z directions, MD-V9900 series can mark difficult shapes such as cylinders, cones, and inclined planes at speeds up to 12,000 mm/sec without compromising character clarity. System incorporates Dual End Pumping Cavity and offers 42 mm variable focal length as well as distortion-free, 300 x 300 mm marking area. Along with 3-axis control, use of special lens system eliminates need for mechanical adjustment.
Original Press Release
3-Axis Beam Control Revolutionizes Laser Marking
Press release date: Jun 03, 2008
The 3- axis motion of the MD-V allows for outstanding visibility on deformed or curved surfaces. You can mark on inclines, cylinders or circular cones at speeds up to 12,000mm/s without compromising character clarity. With the MD-V's variable focal length, maximum spot position can be set at any focal length within a 42mm range. This range of focal length significantly reduces installation time and cost by eliminating the need for a mechanical stage that adjusts during product changeovers, or when it is necessary to mark products of varying heights.
The 300 x 300-mm wide marking area of the MD-V is largest in its class. Marking in large areas often requires moving a target work piece using an X-Y stage, or switching the lens on a conventional laser to create a wide marking area. Using an X-Y stage increases integration costs and time, and also decreases product throughput. A wide area lens can help these problems; however, characters are often displaced or blurred at the edge of the marking area.
The MD-V series utilizes a special lens system along with its unique 3-axis control to create this highly accurate 300 x 300-mm wide marking area, eliminating the need for mechanical adjustment while maintaining character integrity.
The MD-V series comes equipped with the newly developed Dual End Pumping Cavity (DEPC). This new technology improves the optical exchange efficiency to double that of conventional markers. The higher efficiency means that the diode has to use less current to generate equivalent power, thus reducing energy consumption while increasing the diode's life (3 times longer then conventional markers).
For MD-V YVO4 Laser Marker details, specs and applications: http://www.marking-central.com/prk
For further information, contact Phil Melore, Engineering Manager, Keyence Corporation of America, 50 Tice Boulevard, Woodcliff Lake, NJ 07677. Tel: 888-539-3623 ext 70703, Fax: 201-930-1883 Email: KeyencePR@keyence.com
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