Laser safety glasses, laser safety goggles and laser safety windows for protection from laser beams.
These handy devices allow you to view high and low power UV and infrared laser beams, or laser beams that are invisible through your laser safety eyewear. Lasers, LEDs, and IPL (intensely pulsed light) sources produce high densities of optical radiation, much higher than normally encountered in the natural world. When working with lasers it is vitally important that precautions are taken to ensure the safety of the people and equipment nearby. Electromagnetic radiation is produced by the movement of charged particles and travels in waves, but does not need a medium in which to travel. Electromagnetic radiation within the range visible to the human eye is commonly called light. Wave trains of any given laser radiation have a fixed relation to time and space (coherent) and are all of nearly the same wavelength (monochromatic). The light bulb emits light over a very broad spectrum of wavelengths with no specific direction of dispersion. In addition to the quantity of light that can hit the eye, the high focusability of the coherent laser light is another danger.

The risk of losing your eyesight from an accidental exposure to laser radiation is due to the special optical properties of the human eye. UV-light below 350nm either penetrates to the lens or is absorbed at the surface of the eye.
The near infrared wavelengths (780 nm - 1400 nm) are a type of radiation that is particularly dangerous to the human eye because there is no natural protection against it. The American standard for laser safety eyewear only requires specification according to the optical density (OD) of the filters.
However, in Europe there is a second criteria which must be taken into consideration - the power or energy density (i.e.
Lasers are categorised into four hazard classes based on the accessible emission limits (AELs). The AEL values for the laser classes are derived from the medical MPE (Maximum permissible exposure) values.
Eye safe when used without optical instruments, may not be safe when optical instruments are used. The light that can hit the eye has the values of a class 2 laser, depending on a divergent or widened beam; it may not be safe when optical instruments are used.

Lasers differ from each other not only in wavelength or optical power, but also in the way in which the power is emitted.
In case of pulsed operation with a low pulse repetition rate, the peak power of each single pulse is the critical value. We have provided links to two guidance notes below that in our opinion define the current best practice. Range includes paediatric safety eyewear and patient eye protection, plus IPL safety eyewear.
Laser safety shutter drivers and optical chopper drivers enable easy operation and TTL control. Such radiation levels produce risks of damage to skin, eyes, and to other items that may be exposed to direct or reflected beams. Complete the online laser safety eyewear hazard assessment form to find the level of protection required for your laser.

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