Beam Deflection: Digital High Speed galvanometer scanners.
Focusing: Digital High Speed galvanometer scanners which can be Diode-Pumped Lasers and Lamp Pumped Lasers.
Excel at: Ablation, annealing, bonding, chemical vapor deposition, deep engraving, dicing, fusing, kerfing, micro-welding, multi-layer micro-cutting, pattern cutting, photo mask repair, scribing & scrubbing, slotting, surface removal, through-hole drilling, trepan drilling, trimming, via-hole drilling etc.
|Output Power (W)||10 to 200||2 to 50||1 to 28|
|Beam Pointing Stability(mrad)||15 to 30||15 to 40||18 to 30|
|Mode Type||Multi-Mode, Low order mode, TEM00||Multi-Mode, Low-Order mode||Low Order mode operations|
|Pulse Width (ns)||17 to 260||25 to 150||18 to 20|
|Beam Quality (M2)||1.3||<2.5||<2.5|
|Standard Marking Field* (mm)||100 to 250||100 to 250||100 to 250|
All specifications are subject to change
IR wavelength is used to mark a variety of materials including metals, ceramics, composites, and some plastics. Green wavelength is ideal for composites and some plastics. Ultraviolet is used to mark glass and some plastics.