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Safety goggles for UV & Excimer

Wavelength: 190–355 nm

Safety goggles for UV and excimer lasers are a key safety feature in workplaces with high-energy short-wavelength radiation. Our range includes professional safety goggles for UV and excimer lasers, designed specifically to account for the absorption characteristics of this radiation in the cornea and the eye’s lens.

All models comply with the requirements of the European standard EN 207 and provide defined protection levels (LB) for the relevant wavelengths. A key advantage of our ultraviolet filters is their high visible light transmittance (VLT), ensuring that the goggles do not impair your vision whilst working.

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EN 207 certification
Glasses made in Europe
Option of a non-binding consultation

Refine your selection based on your application:

Safety goggles for UV and excimer laser ablation

Ablation

 Safety goggles for additive manufacturing using UV lasers

Additive manufacturing (welding)

 Safety goggles for cleaning and hardening with UV lasers

Cleaning & Hardening

 Safety goggles for medical and cosmetic use – UV & Excimer

Medicine & Cosmetics

 Safety goggles for cutting with UV and excimer lasers

Cutting

 Safety goggles for UV laser welding

Welding

 Safety goggles for research & laboratory use – UV & Excimer

Research & Laboratory

 Safety goggles for marking & engraving – UV & Excimer

Marking & engraving
All about buying
How to read the parameters:
VLT
Visible light transmission (VLT)
Indicates what percentage of the visible spectrum the filter allows to reach the eye. The choice depends on the intensity of secondary radiation at the laser work point:
Low VLT (approx. 10-30%): Essential for applications that generate intense brightness, sparks or plasma (laser cutting and welding of metals). The filter reduces glare from the process, helping to prevent eye fatigue and retinal damage caused by bright white light.
High VLT (above 50%): Suitable for processes without intense brightness (marking plastics, engraving wood). It enables precise visual inspection and reduces eye strain during long-term wear.
Filter colour
Filter colour
The filter colour is determined by the absorption characteristics of the material for specific laser wavelengths.
Selective attenuation: The filter colour is designed to block (absorb) the hazardous laser spectrum while transmitting other parts of visible light.
Effect on perception: Specific filter colours (e.g. dark green or orange) can significantly distort the colours of the surroundings. This must be taken into account when observing coloured status indicators on machines.
Material
Lens material
Determines the mechanical resistance, optical quality and thermal stability of the glasses.
Polycarbonate: A lightweight material with high impact resistance. It is ideal for normal handling. The disadvantage is lower scratch resistance and limited ability to withstand a direct hit from a high-power beam for an extended period of time.
Glass: Provides excellent optical clarity and high resistance. The disadvantage is its higher weight, which reduces comfort during long-term work, and susceptibility to shattering on mechanical impact.
Gustav Bazala

Gustav Bazala

Expert advisor

+420 602 342 512 bazala@optixs.cz Consult