RGB laser module

Stable, focused, and highly saturated full-color laser beam

  • Product Specifications
    Electrical and optical characteristics ( Tc = 25 ℃ )
    Parameter Specification
    Wavelength - 638nm 638nm ±10nm
    Wavelength - 520nm 520nm ±10nm
    Wavelength - 450nm 450nm ±10nm
    Output power (After collimation lens) - 638nm 60mW (Max)
    Output power (After collimation lens) - 520nm 30mW (Max)
    Output power (After collimation lens) - 450nm 30mW (Max)
    Operation current - 638nm 240mA (Max)
    Operation current - 520nm 130mA (Max)
    Operation current - 450nm 120mA (Max)
    Operation voltage - 638nm 3V (Max)
    Operation voltage - 520nm 7.5V (Max)
    Operation voltage - 450nm 6V (Max)
    Laser Beam spot size at 10M <30mm (FWHM)
  • Product Application
    Suitable for Micro Projection, AR/VR Displays, and Automotive HUD Systems Multi-wavelength output supports spectral analysis and medical imaging illumination. Stable beam and high-focus characteristic

      • Micro Projector (Pico Projector): RGB beam overlap produces high contrast and vivid color imagery. Automotive HUD Display: Compact and efficient thermal design for space-limited environments. AR/VR Head-Mounted Display: Enables wide color gamut projection with low-latency image synchronization. Stage and Large Projection Systems: Supports long-distance transmission and precise optical alignment.

      • Medical Diagnostic Devices: Performs multi-wavelength analysis of blood, skin, or tissue reflection. Spectral and Optical Measurement: Stable beam output and intensity control suited for high-sensitivity labs. Medical Imaging Illumination: High brightness and accurate wavelength improve image resolution.

      • Interactive Devices / Art Installations: Controllable RGB lighting effects create diverse visual experiences. Commercial Displays and Shop Windows: Uniform beam and vivid color attract visual focus. IoT Smart Lighting: Integrates Bluetooth or Wi-Fi modules for remote and dynamic control.

      • Color Recognition and Quality Inspection: Tri-color lasers provide precise color difference analysis. Material Surface / Optical Alignment Systems: Stable beams ensure consistent measurement accuracy. Laser Alignment and Micro Processing Guidance: Small beam spots and high focus enable close-range operations.

The above are sample specifications and application examples for reference only.
Actual module parameters and packaging will be customized based on each project's design and application needs. Contact Fason Optoelectronics to connect with our engineers for requirement review, feasibility evaluation, and custom module development.

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