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Fonland 10600nm Laser Safety Goggles Large Size LP-CHP Protection Eyewear Protective Glasses Shield for Co2 Engraving Machine

£39.99
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  • Description

     
    How to choose Laser Safety Goggles Protective Glasses?

    ①laser protection wavelength

    1.Diode Laser: Diode lasers can provide various wavelengths, including visible and near-infrared light. They are often used in laser printers, laser pointers, medical devices, and communication systems.



    2.532-nanometer Green Laser: Lasers with this wavelength are typically used in laser displays, biological microscopy, and laser therapy.



    3.633-640-nanometer Red Laser: These wavelengths are used in flow cytometers, scanning microscopes, and biomedical imaging.



    4.785-nanometer Near-Infrared Laser: Lasers at this wavelength are commonly used in Raman spectrometers, fluorescence spectrometers, and material detection.



    5.1064-nanometer Infrared Laser: This is a common infrared wavelength used in laser hair removal machine, laser cutting, laser marking, laser radar, and scientific research.



    6.1550-nanometer Laser: This wavelength is crucial for optical communications, used for signal transmission in fiber optic communication systems.



    7.10.6-micrometer CO2 Laser: This is a common wavelength used for laser cutting, laser welding, and laser engraving.
    OD(Optical Density)

    The term “OD” stands for “Optical Density,” It represents the percentage of harmful light passing through the glasses, with higher values indicating greater safety. :

    • OD1 = 0.1, which is equivalent to 10% transmittance.
    • OD2 = 0.01, which is equivalent to 1% transmittance.
    • OD3 = 0.001, which is equivalent to 0.1% transmittance.
    • OD4 = 0.0001, which is equivalent to 0.01% transmittance.
    • OD5 = 0.00001, which is equivalent to 0.001% transmittance.
    • OD6 = 0.000001, which is equivalent to 0.0001% transmittance.
    • OD7 = 0.0000001, which is equivalent to 0.00001% transmittance.

    These OD values represent the level of attenuation or reduction in the amount of light that passes through a material or optical system within a specific wavelength range. A lower OD value indicates higher transmittance, meaning more light passes through, while a higher OD value indicates lower transmittance and greater attenuation of light.



    VLT (Visible Light Transmission)

    VLT (Visible Light Transmission), in simple terms, refers to how much natural light can pass through eyewear. If a product is labeled as having a 41% VLT, it means that 41% of natural light can pass through. VLT can impact certain delicate operations, such as machinery maintenance and laser surgery.

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