Laser Safety Windows
The basic standard for laser protection (DIN EN 60825-1:2008) demands that lasers need to be safely operated under all predictable conditions.
According to the machine building regulation 2006/42/EG laser protection windows and enclosures are considered as safety components. That means, that the accessible laser radiation must be below the maximum permissible exposure for eye and skin.
Laser safety windows are the integration within machine housings or within large area laser protection, such as cabins or panel barriers.
See our range of Mineral glass and plastic laser safety windows.
If you are unsure of the level of protection required for your laser, please complete our laser safety calculation form. Laser 2000 will calculate the required EN207 rating, free of charge.
Showing all 15 results
Products | Product Code | Description |
|---|---|---|
 | P1D01 from laservision provides a DI LB4 protection level for 5400nm and 9000-11500nm. The colorless filter material features a 90% VLT and is customised available up to a size of 3000x2000mm. | |
 | P1E12 filter is a standard window for UV lasers, blue and green laser wavelengths up to 540nm and offers an OD 10+ from 180 - 525nm and an OD8+ at 532nm. | |
 | The laser safety window type P1E13 is a red-orange absorbing laser protection filter without additional reflective coating. The protection is based on absorption of the laser light within the bulk material. The laser safety filter has a daylight transmission of approx. 21%. | |
 | The laser protection window type P1H09 consists of a dark green, absorbent plastic, on a particularly laser-resistant PMMA basis. The laser protection is based on absorption of the laser radiation in the material itself. The laser protection window has a daylight transmission of approx. 18%. | |
 | The plastic laser safety window P1L03 from laservision is a standard window for multiple frequent NIR-laser systems in the UV-, VIS (532nm) and the NIR (800-1070nm) area. The red-brown filter material features 26% VLT and is user specific available up to sizes 1219x915mm. | |
 | The laser safety window type P1N01 is an orange absorbing laser protection filter without additional reflective coating. The protection is based on absorption of the laser light within the bulk material. The laser safety filter has a daylight transmission of approx. 38%. | |
 | The laser protection window type P1P20 consists of a light gold-colored, absorbent plastic with a scratch-resistant coating and a thickness of 6mm. The laser protection is based on absorption of the laser radiation in the material itself. The window has a daylight transmission of approx. 52%. | |
 | The plastic laser safety window P5B04 from laservision is a standard window for laser systems within the VIS (580-710nm). The dimension of this dark green laser safety window is 200x100mm and offers a VLT of 25%. | |
 | The laser safety window type P5E04 is a red absorbing laser protection filter, based on PMMA, without additional reflective coating. The protection is based on absorption of the laser light within the bulk material. The laser safety filter has a daylight transmission (VLT) of approx. 5%. | |
 | P5E05 is a orange absorbing laser protection filter based on PMMA, without an additional reflective coating. The protection is based on absorption of the laser radiation in the material itself. The laser safety filter has a daylight transmission of approx. 45%. |
laservision’s core business is laser safety goggles based on coated or absorptive plastic or glass filters. As one of the leading manufacturers within the laser safety area laservision’s main and essential mission is to protect human eyes from artificial optical radiation. “protecting people” – is the challenge laservision rises to with much know-how, new ideas, and passionate commitment.
We are proud to be a certified laservision Premium Partner.
For over 30 years, Laser 2000 has supplied fibre optic equipment and worked with global partners like VIAVI Solutions, US Conec and INNO Instrument.
For more information on our fibre optic technology and our wide range of products, please visit our Laser 2000 Networks website, or get in touch with our specialist through the form below.
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Peter Collins
BSc (Hons)
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MPhys (Hons)
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Karen McGeachy West
MPhys (Hons)
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Peter Collins
BEng (Hons), MSc (Eng)
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Siân Brooks
BSc (Hons)
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Paul Williams
PhD
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Lisa Thomson
MPhys
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Shannon O’Connor
BSc (Hons)
