[LaserPair RTD-5 600nm-1100nm Laser Safety Goggles] are a trusted eye protection product for environments where lasers are used. By effectively filtering laser wavelengths from 600nm to 1100nm, these goggles protect users' eyes from serious harm.
Technical Specifications:
– Frame Color: Black
– Lens Material: Polycarbonate
– Lens Color: Green
– OD (Optical Density): 5+ (800-1100)
– Protection Range: 630nm-1100nm
– Typical Wavelengths: 630nm, 635nm, 660nm, 808nm, 830nm…
– VLT (Visible Light Transmission): 20%
Key Features:
- Wide Protection Range: Protects eyes from common diode and red lasers used in many industrial and medical applications.
- High Optical Density: With an OD 5+ optical density, the goggles absorb nearly all laser light within the protected wavelength range, ensuring maximum eye safety.
- Comfortable Design: The flexible, adjustable frame provides comfort during prolonged wear.
- Premium Material: Made from ultra-durable, lightweight polycarbonate that is scratch-resistant and impact-resistant.
- Good Light Transmission: The clear lenses allow users to maintain clear vision while working.
- UV Protection: In addition to laser protection, the goggles also offer UV protection for comprehensive eye safety.
Applications:
- Industrial: Used in manufacturing and production industries involving diode and red laser machines.
- Medical: Used in clinics and hospitals for laser-related medical procedures.
- Research: Used in laboratories and research centers with laser equipment.
Usage Precautions:
- Select the Correct Goggles: Choose safety goggles with protection indices appropriate for the laser wavelengths you are working with.
- Regular Inspection: Periodically inspect the safety goggles to ensure they are free from damage or scratches.
- Replace When Necessary: Replace damaged or scratched goggles immediately to ensure safety.
The LaserPair RTD-5 600nm-1100nm Laser Safety Goggles are an effective and reliable eye protection solution. Proper use of these goggles will help you work more safely and efficiently in laser environments.
