546L.00.10.561 Laser Safety

Special Plastics or Glass Filter; Wavelength Protection Ranges 193-12000 nm; Lightweight Models & Models for Wearers of Corrective Glasses Available Our broad portfolio of PROTECT-Laserschutz laser safety goggles for different applications allows you to find the laser safety filter for your application and choose the suitable frame, e.g. lightweight models or spectacles for wearers of prescription glasses. The operation of laser systems in many areas of industry, medicine, research and a growing number of further applications is constantly increasing, while the lasers get more powerful and more comprehensive in their settings. Accordingly, the requirements and challenges of laser safety eyewear are increasing. The selection of the right laser safety eyewear is essential to ensure the protection of the employees. A large number of different laser parameters, such as wavelength, power and pulse mode, are included in the calculation. Please carefully determine the required safety levels for your laser to select a suitable laser safety eyewear. Below you find an overview of available laser safety goggles. All these models’ laser safety filters are certified and tested in accordance with the valid standards according to international and European optical and laser standards (EN 207 / EN 208). For advice how to choose the right safety equipment for your application, get in touch with the AMS Technologies laser safety experts now. Available Laser Safety Googles: Alignment Eyewear GLADIATOR Alignment eyewear in the visible spectrum (400 to 700 nm) for lasers with maximum power of 10 mW, suitable to wear over corrective eyewear. Alignment Eyewear SPECTOR Alignment eyewear in the visible spectrum (400 to 700 nm) for lasers with maximum power of 10 mW, suitable to wear over corrective eyewear. Alignment Eyewear STARLIGHT Alignment eyewear in the visible spectrum (400 to 700 nm) for lasers with maximum power of 10 mW, suitable to wear over corrective eyewear. Alignment Eyewear UNIVERSAL Alignment eyewear in the complete visible spectrum (400 to 700 nm) for lasers with maximum power of 10 mW. Laser Safety Eyewear ASTOR XL Laser safety eyewear suitable for applications with CO2, Ti:Sa, Diode, Fiber, Nd:YAG, Excimer and UV Lasers, some models suitable to wear over corrective eyewear. Laser Safety Eyewear COMBOR Laser safety eyewear suitable for applications with Alexandrite, Erbium, HeNe, Ruby, Ti:Sa and Diode Lasers, some models suitable for wearer of spectacles. Laser Safety Eyewear CONVEX Laser safety eyewear suitable for applications with HeNe, Ruby and Nd:YAG Lasers. Laser Safety Eyewear GLADIATOR Laser safety eyewear suitable for applications with powerful Disk, Diode, HeNe, Nd:YAG, Er:YAG, Ho:YAG, CO2, Alexandrite, Fiber, Telekom, UV, Ruby, Argon, Ti:Sa, Excimer and Broadband Supercontinuum Lasers. Laser Safety Eyewear ONTOR Laser safety eyewear suitable for applications with the most common laser pointers, Diode, Dye, Fiber, Alexandrite, Erbium, CO2, Holmium, Thulium, Ruby, Excimer, UV, IR, Nd:YAG, Ho:YAG, Yellow-Green and Blue Lasers, some models suitable for wearers of corrective eyewear. Laser Safety Eyewear OPTIMATOR Sportive laser safety eyewear suitable for applications with Nd:YAG, Frequency-doubled Nd:YAG, Diode and Blue Lasers, some models suitable for wearer of spectacles. Laser Safety Eyewear OVERCOR Lightweight laser safety goggles suitable for applications with Nd:YAG, HeNe and Ruby Lasers, some models suitable to wear over corrective eyewear. Laser Safety Eyewear RETRO Laser safety eyewear suitable for applications with powerful Disc, Diode, Nd:YAG, Er:YAG, Alexandrite, Fiber, CO2, Argon, Ti:Sa, UV, Telekom, Excimer and Broadband Supercontinuum Lasers. Laser Safety Eyewear SPECTOR Laser safety eyewear suitable for applications with powerful Disc, Diode, Nd:YAG, Er:YAG, Ho:YAG, HeNe, Alexandrite, Fiber, CO2, Argon, Ruby, Ti:Sa, UV, Telekom and Excimer Lasers. Laser Safety Eyewear STARLIGHT Laser safety goggles suitable for applications with HeNe, Diode and Ruby Lasers. Laser Safety Eyewear STARLIGHT-Extra Laser safety goggles suitable for applications with Alexandrite, Ti:Sa, Diode, Disc, Nd:YAG, Er:YAG, Telekom and Fiber Lasers. Laser Safety Eyewear TERMINATOR Sportive laser safety eyewear suitable for applications with the most common laser pointers, CO2, Alexandrite, Diode, Nd:YAG, Frequency-doubled Nd:YAG and Blue Lasers, some models suitable for wearer of spectacles. Laser Safety Eyewear UNIVERSAL Laser safety eyewear suitable for applications with Alexandrite, Ti:Sa, Erbium, HeNe, Diode, Disk, Ruby, Nd:YAG, ER:YAG, Telekom and Fiber Lasers, if needed with extra enforcement. Laser Safety Eyewear WINDOR XL Sportive laser safety eyewear suitable for applications with Diode, Excimer and UV Lasers, some models suitable for wearers of corrective eyewear. Common Laser Types: Laser Type Wavelengths Alexandrite Laser 755 nm Argon Laser 515 nm Blue Laser 450 - 480 nm CO + CO2 Laser 5 - 12 µm Diode Laser 630 - 660 nm Diode Laser 1470 nm Diode Laser 940 - 980 nm Diode Laser 808 nm Diode Laser 630 - 660 nm Diode-Nd:YAG Laser 800 - 1064 nm Diode-Nd:YAG Laser 900 - 1400 nm Dye Laser 585 - 595 nm Dye Yellow Laser 577 nm Er:YAG Laser 2780 - 2940 nm Erbium Glass Laser 1540 nm Excimer Laser 193 nm Fibre Laser 1060 - 1080 nm Harmonic Nd:YAG Laser 532 nm Harmonic Nd:YAG Laser 355 nm Harmonic Nd:YAG Laser 266 nm HeNe Laser 633 nm Ho:YAG Laser 2100 nm KTP Laser 532 nm Nd:YAG Laser 1320 nm Nd:YAG Laser 1064 nm Nd:YAG + Harmonic Laser 266 + 355 + 532 + 1064 nm Nd:YAG Q-switched Laser 532 + 1064 nm RGB Laser 450 + 532 + 650 nm Ruby Laser 694 nm Supercontinuum Laser 350 - 2600 nm Thulium Laser 1480 + 1940 nm Ti:Saphir Laser 800 nm UV Laser 248 nm Yb:YAG/Disc Laser 1030 nm Yellow-Green Laser 561 nm   Key Features: Models for Alignment or Laser Protection Laser Safety Filter Material: Plastics or Glass Wavelength Protection Ranges: 193 to 12000 nm Lightweight Models Available Models for Wearers of Corrective Glasses Available Certified and Tested Against Optical and Laser Standards EN 207 / EN 208 Application: Protection of Human Eyes Against Potentially Dangerous Radiation Emitted by Common Laser Types