Laser Safety Goggle has a certain attenuation effect on the brightness of the firelight generated during laser marking, engraving and cutting work, while retaining a certain ambient brightness.The surface is not afraid of wear and tear, even if there are scratches, does not affect the safety of light protection.
Laser protective glasses play a crucial role in multiple fields, including industrial production, medical treatment, and scientific research. Their key advantages are highlighted as follows:
Professional Protective Capabilities
Specific Wavelength Protection:
Designed to shield against specific laser wavelengths, minimizing eye damage. Types like 450nm glasses target the 450-nanometer range.
High Attenuation:
Boast a high rate of absorbing or reflecting laser radiation to protect eyes.
Comfort and User-Friendliness
Ergonomic Design:
Features comfortable nose pads and ear hooks for stability and ease of wear. Lightweight and soft materials prevent discomfort during extended use.
Unobstructed Vision:
High-transparency lens material ensures clear vision and accurate color perception.
Versatile Applications
Compatibility with Various Laser Types:
Categorized and selected based on laser wavelength and power to meet diverse protective needs.
Broad Range of Uses:
Widely used in laser cutting, laser engraving, laser medical treatments, scientific research, military operations, and other fields. Available for protecting against ultraviolet, visible, and near-infrared lasers.
|
Name |
LP-DTY 800 - 1700nm |
|
Optical Density |
800 - 1700nm OD4+ 900 - 1550nm OD6+ |
|
LB-Rating |
800 - 1400nm DIRM LB4 900 - 1400nm DIRM LB6 1400 - 1700nm DI LB3 |
|
Transmittance |
18% |
|
Available for |
980nm, 1064nm,1320nm, 1470nm, 1550nm |
|
Application |
Diodes, ND: YAG, Telecom |
|
According |
CE EN207 |
