NIR-ZSY-xxx
Laser adjustment goggle 532 nm, up to 100 mW
Laser adjustment goggles according to DIN EN 208 with polycarbonate filter and a daylight transmission of 15 %.
Laser Safety Goggles
Filters
Test standard
Test standard
Filter Material
- Polycarbonate - Stainless steel
Filter Material
1
NIR-CYN-xxx
Laser Eyewear, 730-1085 nm
Laser safety goggles according to DIN EN 207 with polycarbonate filter and a daylight transmission of 36 %.
NIR-TRI-xxx
Laser Eyewear, 180-534/750-1080 nm
Laser safety goggles according to DIN EN 207 with polycarbonate filter and a daylight transmission of 26 %.
NIR-YLW-xxx
Laser Eyewear, 190-460 nm
Laser goggles with polycarbonate filter and a daylight transmission of 73 %.
NIR-YPL-xxx
Laser Eyewear, 560-1500 nm
Laser safety goggles according to DIN EN 207 with polycarbonate filter and a daylight transmission of 7 %.
NIR-ML1-xxx
Laser Eyewear, 765-1085 nm
Laser safety goggles according to DIN EN 207 with polycarbonate filter and a daylight transmission of 45 %.
NIR-ZS2-xxx
Laser Eyewear,180-390/532/561nm
Laser protection glasses according to DIN EN 207 with polycarbonate filter and a daylight transmission of 19 %.
NIR-RA2-xxx
Laser adjustment goggle 630-660 nm, up to 100 mW
Laser protection glasses according to DIN EN 207 with polycarbonate filter and a daylight transmission of 40 %.
UNV-P1016-xxx
Laser Safety Goggle, 315-532/800-1105nm
Laser safety goggles according to DIN EN 207 with polycarbonate filter and a daylight transmission of 16 %.
NIR-ALX-xxx
Laser Eyewear, 720-820 nm
Laser adjustment goggles according to DIN EN 208 with polycarbonate filter and a daylight transmission of 25 %.
NIR-IRD5-xxx
Laser Eyewear, 775-1880nm
Laser protection glasses according to DIN EN 207 with polycarbonate filter and a daylight transmission of 16 %.
UNV-P1007-xxx
Laser Safety Goggle 600-670 nm polycarbonate
Laser safety goggles according to DIN EN 207 with polycarbonate filter and a daylight transmission of 16 %.
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DAT-WinCamD-QD-1550
Laser Beam Profiler WinCamD-QD-1550
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DataRay's ILM system is used for beam profile monitoring of high power lasers consisting of an attenuator for high powers, an imaging lens system and a camera system. The measurement of very small laser beams with diameters of less than micrometers is possible despite often high laser powers.
