Laser Safety Glasses

Our Laser Safety Glasses and Goggles are made to be used in Medical, Military, Research & Education, and Industrial laser applications. At Phillips Safety we manufacture and provide a complete line of laser eye protection for all lasers, giving you high quality protection products for eyes/vision and skin.

Our Laser Safety Glasses and Goggles are made to be used in Medical, Military, Research & Education, and Industrial laser applications. At Phillips Safety we manufacture and provide a complete line of laser eye protection for all lasers, giving you high-quality protection products for eyes/vision and skin. From 1916 to 2000, Phillips Safety made optical lenses for the military, semi-finished lenses for optical labs to make into prescription Glasses, and we produced sunglass lenses and specialty bifocal lenses.

Our protective laser safety glasses, goggles, and eyewear can protect the eyes from most radiant hazardous reflected or scattered high-powered laser light (radiation) will produce: Class 3R, Class 3B, and Class 4 laser systems.

When buying Laser safety glasses and goggles from any brand be sure to select protective laser glasses that fit well, protect from all angles of vision, and block or attenuate the appropriate wavelength range and OD (Optical Density) omitted from the laser tools you work with. The operating parameters of your laser, or a Certified Laser Safety Officer (LSO), will determine what laser safety glasses you should use to prevent any injuries. 

If you do not have a CLSO on staff or information in your laser manual, please contact us and our laser safety experts can help you. We offer free consultation and OD calculations for laser systems. CE-certified laser safety glasses and goggles are also available. 

We pad print the wavelengths that the glasses protect you against directly onto the frame. We also offer custom pad printing; please contact us for pricing information on this service. All of our protective laser glasses meet or exceed ANSI Z136.1 requirements for use with laser systems and tools.

We are located and manufacture in New Jersey, USA we manufacture a full product line of glass, polycarbonates, and dielectric coated laser glasses and Goggles.

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Information & Downloads

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  • CE Certified 190-315 D LB7 + IR LB4
    315 - 420 D LB5 + IR LB6
    420 - 440 DIR LB5
    730 - 1085 DIR LB5
    755 D LB6 + IR LB7
    1064 D LB6 + IR LB7

    Alexandrite Diode Yag

    OD 6+ @190-435nm
    OD 5+ @730-1085nm
    OD 7+ @755-755nm
    OD 7+ @1064-1064nm
    VLT: 41%

    Starting at: $200.00

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  • Argon KTP

    OD 6+ @190-532nm
    OD 6+ @5000-11000nm
    VLT: 46.5%

    Starting at: $90.00

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  • Argon, Ruby, Diode, Alexandrite, YAG and CO2

    OD 7+ @190-540nm
    OD 7+ @710-1200nm
    OD 2+ @630-650nm
    OD 3+ @650-690nm
    OD 6+ @690-710nm
    VLT: 21%

    Starting at: $499.00

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  • Co2 Erbium

    OD 7+ @190-340nm
    OD 7+ @2760-3470nm
    OD 7+ @5000-11000nm
    VLT: 85%

    Starting at: $135.00

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  • CE Certified 190-315 D LB7 + IR LB3
    315 - 380 D LB5 + IR LB6 + M LB6Y
    10600 Dl LB3

    Co2 Excimer

    OD 5+ @190-370nm
    OD 6+ @10600-10600nm
    VLT: 82%

    Starting at: $30.00

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  • D680 UV Excimer Diode InGaAs

    OD 6+ @190-370nm
    OD 6+ @905-1075nm
    OD 6+ @10600-10600nm
    OD 2+ @660-780nm
    OD 3+ @745-1115nm
    OD 5+ @800-904nm
    VLT: 50%

    Starting at: $219.00

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  • DH83

    OD 7+ @190-400nm
    OD 7+ @532-532nm
    OD 6+ @910-1070nm
    OD 5+ @850-1075nm
    OD 4+ @808-850nm
    VLT: 33%

    Starting at: $225.00

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  • Diode Yag Harmonics

    OD 5+ @190-534nm
    OD 5+ @830-1090nm
    OD 7+ @1064-1064nm
    VLT: 27%

    Starting at: $255.00

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  • Dye SFP

    OD 7+ @190-390nm
    OD 5+ @589-600nm
    OD 6+ @592-597nm
    VLT: 27%

    Starting at: $189.00

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  • Helium Neon Alignment

    OD 5+ @190-380nm
    OD 2+ @633-11000nm
    VLT: 36.5%

    Starting at: $80.00

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  • High Power UV, Diode, Alexandrite/YAG

    OD 7+ @190-320nm
    OD 7+ @675-765nm
    OD 10+ @765-1050nm
    OD 10+ @1050-1300nm
    OD 10+ @3050-5200nm
    VLT: 64%

    Starting at: $319.00

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  • Holmium/YAG Dual Harmonics Goggles (KG5/AKP)

    OD 4+ @870-950nm
    OD 4+ @1550-2750nm
    OD 5+ @950-1000nm
    OD 5+ @190-532nm
    OD 7+ @1000-1550nm
    OD 6+ @2800-11000nm
    OD 6+ @5000-11000nm

    Starting at: $325.00

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  • Multiwave Flat Glass

    OD 7+ @190-535nm
    OD 7+ @1000-1550nm
    OD 3+ @850-900nm
    OD 4+ @900-950nm
    OD 6+ @950-1000nm
    OD 5+ @1550-2400nm
    OD 5+ @2900-10600nm

    Starting at: $499.00

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  • Multiwave YAG Harmonics Alexandrite Diode

    OD 5+ @190-534nm
    OD 5+ @730-1090nm
    OD 7+ @1064-1064nm
    VLT: 10.5%

    Starting at: $255.00

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  • OG590F Flat Glass Goggles

    OD 5+ @190-535nm

    Starting at: $240.00

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  • Patient Blockout Glasses

    OD 7+ @200-10600nm

    Starting at: $140.00

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  • RG610F Flat Glass Goggles

    OD 5+ @190-568nm

    Starting at: $247.50

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  • RG695F Flat Glass Goggles

    OD 5+ @190-648nm

    Starting at: $247.50

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  • UV, Excimer, AKP, CO2

    OD 6+ @190-535nm
    OD 6+ @5000-10600nm
    VLT: 75%

    Starting at: $249.00

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  • CE Certified 190-315 D LB7 + IR LB3
    315-380 DIR LB5 + MLB5Y
    840-900 DIR LB3
    >900 - 950 DIR LB4 + M LB4Y
    >950 -1065 DIR LB5 + M LB5Y

    YAG

    OD 7+ @190-390nm
    OD 7+ @1064-1064nm
    OD 5+ @835-1095nm
    VLT: 54%

    Starting at: $155.00

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  • YAG Argon Alignment

    OD 5+ @190-400nm
    OD 5+ @980-1070nm
    OD 2+ @480-532nm
    VLT: 12%

    Starting at: $180.00

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  • CE Certified 190-315 D LB7 + IR LB3
    315 - 534 D LB5 + IR LB6 + M LB6Y
    900 - 970 DIR LB6 + M LB6Y
    >970 -1070 D LB6 + IR LB7 + M LB7Y

    YAG Double Harmonics

    OD 5+ @190-534nm
    OD 6+ @910-1070nm
    VLT: 26%

    Starting at: $200.00

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  • YAG, Alexandrite Diode, Holmium

    OD 7+ @200-315nm
    OD 7+ @704-1600nm
    OD 7+ @2850-5200nm
    OD 5+ @1600-2200nm
    OD 3+ @2200-2850nm
    VLT: 50%

    Starting at: $439.00

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Frequently Asked Questions

Laser safety glasses use a process called attenuation, which limits the amount of energy passing through the lens. We offer two types of laser safety glasses: glass and plastic. Glass lenses contain rare elements that absorb the energy, thus preventing the energy from reaching your eyes. On the other hand, plastic lenses have inorganic dyes that block the passing of the certain wavelengths. Plastic lenses block specific wavelengths, which is why it’s important to know which wavelengths you want to protect yourself from. Since plastic lenses contain dyes, they tend to be darker than glass lenses for the same wavelength ranges. It is important to consider the differences between glass and plastic lenses before choosing laser glasses in your wavelength range.

Although the vast majority of lasers are Class 4 machines, you need more information than the laser class to ensure you will be properly protected. If you can't find the required information, you can call our specialists by phone at 833-238-6353, or email us at sales-team@phillips-safety.com. Please include the make and model of your machine and let us know how you are using it, and we can assist you in choosing the proper glasses.

There are several things to consider when choosing laser safety glasses. First, you need to know which wavelength range you need for your line of work. From there you can select glasses within that range. There is a vast amount of laser ranges, so it’s important to select the proper range to ensure that your glasses will fully block any intercepting wavelengths.

The next factor to consider is the power of the laser. Attenuation, or the level of protection, is measured by Optical Density. Optical Density is the amount of energy passed through the lenses. A higher power laser may require a higher Optical Density.

The last consideration is the visible light transmission (VLT) of the lens. This is the amount of visible light that is passed through the lens while still protecting you from the specified wavelength. After the first two considerations are met, you should pick the lenses with the highest VLT available. We suggest choosing the VLT last so that you can ensure the highest possible amount of protection from wavelengths.

The number one rule to remember while interacting with lasers is to NEVER look directly into a lasers path. You should always wear proper protection equipment, which includes safety glasses as well. Regularly follow the standard operating procedure written for the application of your laser. Remember: you can't outrun a laser beam, so never take chances when it comes to lasers and always follow the rules of your machine.

Optical Density, also referred to as OD, is the amount of energy transmitted through a lens. This uses a logarithmic scale, which is scaled by factors of ten. An increase of 1 point is a tenfold difference in measurement of OD. For example, an OD of Zero is 100% transmission. An OD of 1 is 10%, OD 2 = 1%, OD 3= 0.1%, OD4=0.01% and so on. On the other hand, the OD can also show how much light is blocked. For example an OD of 2 deters 99%, OD of 3 deters 99.9%, OD of 4 deters 99.99% and so on.

Without a doubt, all laser radiation can be harmful to your eyes and pose various health risks. Laser energy is concentrated, therefore it’s hundreds of times more powerful than the light from a standard light bulb. Although they are considered safe, even common laser pointers can cause permanent damage if used irresponsibly. The vast majority of lasers require eye protection when being used. Infrared and UV lasers have beams that operate beyond the visible spectrum. This is particularly dangerous because they can harm your eyes with no indication that you have been injured until it’s too late to reverse the damage. Always remember to use proper safety equipment to avoid a catastrophe before it occurs.

The best way to protect yourself is to always follow the rules for using your laser. It’s important to follow a standard operating procedure written by a laser safety officer which details the necessary safety precautions while operating machinery. If you do not have an SOP, follow the rules in the manual that is provided with the laser. Always wear the proper safety glasses for the specified laser range which you are working with. Do not seize safety interlocks or beam control devices. In addition, do not use the laser for other than it was intended. Always refer to the SOP or safety manual if you are unsure of proper procedure or usage. As previously stated, NEVER look directly into the path of the laser. Lastly and most importantly: use common sense! If you think something might pose a safety risk, then don't do it.

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