TEEM PHOTONICS SNU-20F-PDC Microchip Laser  

TEEM PHOTONICS SNU-20F-PDC Microchip Laser
1. TEEM PHOTONICS SNU-20F-PDC adopts a passive Q-switched microchip optical path architecture to output ultra short ultraviolet pulse beams
2. The beam quality is regular, and the heat affected area during focused processing is extremely small, resulting in high processing accuracy
3. Excellent stability of output power, low fluctuation amplitude of power over long and short periods of time
4. Integrated sealed body, suitable for dust-proof and moisture-proof conditions in semiconductor cleanrooms
5. Equipped with integrated air-cooled heat dissipation, the temperature rise can be controlled during long-term continuous operation
6. Fast pulse response speed, almost no delay in instruction triggering output
7. Anti external electromagnetic interference, peripheral electronic control equipment will not interfere with the laser output status
8. The whole machine has a compact and small structure, and the installation and layout inside the equipment cabinet are convenient
9. Standardized dedicated wiring interface, easy and convenient on-site wiring assembly and replacement
10. The internal light path components are firmly assembled, and the light path is not easily offset under the vibration environment of the machine
11. No need for frequent calibration and debugging, low workload for long-term production, operation, and maintenance
12. Built in circuit protection, voltage transient impact is not easy to damage core optical components
13. Single unit can operate independently, multiple TEEM PHOTONICS SNU-20F-PDCs can be synchronized and processed together
14. Gas free consumables design, low operating costs, long-lasting and stable service life
15. Native adaptation for semiconductor fine process operations such as wafer microfabrication and precision marking
Overall, the TEEM PHOTONICS SNU-20F-PDC microchip laser beam is stable and durable, suitable for stable use in industrial precision ultraviolet microfabrication scenarios.