For drilling resin sheets and films, the taper is as small as possible by suppressing the heat effect of laser light, and the processing position is highly accurate.
Drilling with a laser has the advantage of stable quality because it is non-contact processing.
Non-contact machining enables drilling of materials, which was difficult with blades, and position correction by image alignment.
It is often used for cutting-edge precision machining, and precision drilling will continue to be required for the manufacturing of new products.
Continuous fine drilling
(0.1mm hole outside diameter, 0.2mm hole pitch)
Φ0.2mm hole outside diameter
PET/5μm tapered
Acrylic dimple processing
Φ0.3mm hole outside diameter
hole outside diameter Φ:
3mm/2mm/1mm/0.8mm/
0.6mm/0.4mm/0.2mm
Materials:PET(0.3mm in thickness)
TLSM-401
High-precision drive stage, Galvano scanner, and image alignment realize high-quality and high-speed fine drilling.
You can easily change the program or switch in small lots by reading the drawing data.
Model | TLSM-401 |
---|---|
Laser | RF-induced CO2 Laser |
Laser Scanning Method | Galvano scanner scanning, move along X,Y-axis by drive stage |
Galvano Scanner | Digital Galvano scanner |
Stage | XY stage with linear drive system (Max.1000mm/s) |
Position Alignment | Aligned with image recognition |
Work Dimension | Max500×500mm (Vacuum suction on aluminum work set table) |
Machine Dimension | W2100mm×D2100×H2100mm |