Laser Protective Goggles For 200-450nm and 800-2000nm(RD-5)

Specifications:

• These stylish and highly functional Laser Safety Goggles will protect your eyes from excessive laser rays
• The Laser Safety Goggles make the 200-450 and 800-2000nm laser beam dot is clearly visible, you can see the beautiful, safe and reliable laser
• 2000nm Laser Safety Goggles provide full protection for your eyes from laser
• Laser protective goggles are made of resin durable and high quality material
• Anti-laser, anti-infrared, anti-helium-neon
• Ergonomic and portable designs offer a comfortable wearing Laser Safety Eyewear
• Protective Characteristics: The absorption, all-round, without direction request
• Visible Light Transmittance: > 60%
• Protection Waveband: 200-450nm and 800-2000nm
• Protective Wavelength Range: 200-450nm and 800-2000nm
• Material: Resin

Details:

• The Laser Safety Glasses make the 200-450 and 800-2000nm laser beam dot is clearly visible, you can see the beautiful, safe and reliable laser

• 2000nm laser protective goggles provide full protection for your eyes from laser

How to Fit Safety Goggles:

• Loosen the goggles so they fit easily over your head
• Slip the goggles on, and hold position them correctly on your face
• Tighten the straps by pulling the band through the buckle
• Tighten both straps equally if your goggles use two buckles by adjusting one strap a small amount, then adjusting the opposite strap an equal amount. This will assure a properly balanced fit
• Do not tighten the goggles too much. An ideal fit will hold the goggles snugly against your face to prevent splash damage but will not be so tight that circulation is cut off. If, after a period of wearing the goggles, a deep impression is left in the skin around the goggles or the goggle straps, your fit is too tight and should be adjusted

Selecting Appropriate Laser Eye Protection:

• Laser wavelength
  Determine all wavelengths used in your application, to protect against with one pair of laser safety glasses (consider tunable systems or  multiple lasers)

• Laser mode
  Check your laser output, if it is continuous, pulsed or repetitively pulsed. In case of pulse mode, additionally determine time duration to find out I, R or M type of laser

• Output parameters
  For continuous wave lasers check the maximum output power and beam diameter to calculate the power density (W/m2)
  For pulsed lasers determine the maximum energy, the beam diameter, and the frequency (if applicable) to calculate the energy density (J/m2) or power density (for M type) to secure most suitable laser safety glasses for your application

• Stability to radiation
  This is the minimum power (or energy) density value that the protection filter of set class and must comply with. Find the stability to laser radiation (the adequate for full protection or alignment) entry in the tables - the closest greater value to your calculation. The entry identifies the spectral transmittance, and the optical density (scale number)

• Spectral transmittance and optical density
  Spectral transmittanceisthe ratio between the power (or energy) transmitted by the filter and the incident power. The transmittance values, which vary from 10-1 to 10-10 (i.e. optical density from 1 to 10), correspond to ten levels of eye protection: L1 to L10

Package Included:

• 1 x Pair of Laser Eyes Protection Goggle Glasses