|
Category : Laser components, systems, equipment and applications > CO2 lasers
CO2 Lasers for drilling and fine processing of non-metallic materials
|
|
 |
| PRINT |
|
 |
| BACK |
|
LightMachinery's laser team has been the world experts in the design of carbon dioxide marking laser systems for 20 years. Key members of the team also pioneered the development of 9.3 micron pulsed CO2 lasers for drilling and fine processing of non-metallic materials. We are proud to be able to offer sales support, handler integration and service for GSI Lumonics' products throughout North America.
The GSI Lumonics Impact Series of pulsed lasers are optimized for precision processing and drilling of non-metallic materials. Applications include drilling of controlled release pharmaceutical capsules, drilling and processing flexible and high density printed circuit boards, medical catheters and other devices, paint stripping, surface cleaning, and many others. The material interaction of the short, high power pulses from TEA CO2 lasers is quite different from that of long pulse and continuous CO2 lasers. High definition processing with excellent edge quality can be obtained. Plastic materials can be selectively removed from a metal backing, leaving the metal layer untouched. For many applications, Impact lasers offer a lower cost alternative to excimer lasers.
Article from Light Machinery
List of all articles from this supplier
- Uniform Thickness Wafers and Ultra-Flat Substrates
- Excimer Lasers providing the ultimate high reliability source of ultraviolet photons
- Solid etalons, air spaced etalons, piezo tunable etalons
- Beam Splitters
List of all articles from this supplier
List of articles in this sub-category
- High power TE CO2 lasers
- Platinum series CO2 lasers
- XL 1500 CO2 laser
- STS 4000 CO2 laser
- STS2000 laser
- XL 1000 laser for the thin metal and nonmetal processing markets
List
of all articles in this sub-category CO2 lasers
List of all articles in this sub-categoryList of all articles in this sub-categoryList of all articles in this sub-category
|