Telecentric Green Laser Marker

MD-T1000 series

Telecentric Laser Marker Applications: Trimming & Cutting

Advanced technology that achieves the ideal

[ Trimming ]

Trimming is a process that removes resistor material, circuit patterns, or vapor-deposited film with a laser to bring electronic components closer to their desired capabilities. This is a process that is essential for high quality electronics products.

The microscopic, high quality beam is capable of processing parts with ideal accuracy and control. Combining a telecentric lens with specialized software allows for ‚Äúprocessing optimization‚ÄĚ that is critical to trimming applications.

Resistor trimming

Optimal processing shape

Vapor-deposited film processing

Uniform beam spot diameter

[ Cutting ]

Because laser marking is a non-contact method of marking, damage can be eliminated along with the short-term maintenance required with physical cutting instruments. Compared to conventional laser processing equipment, the MD-T is compact and easy to integrate.

With conventional laser markers, there are problems with the processing accuracy at the edge of an area and surface defects from heat absorption. With a SHG laser focused to a precise spot and an unrivaled telecentric lens system, the MD-T can achieve cutting accuracy in the entire fi eld of view that cannot be matched by conventional laser systems.

FPC

FPC

PC Boards

PC Boards

Copper foil

Copper foil

MARKING LIBRARY

  • General Catalog Request
  • Trade Shows and Exhibitions
  • eNews Subscribe

Laser Markers / Industrial Inkjet Printers