RGB Mirrors

$88,888.00

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Description

 

KUPO Optics' RGB Mirrors offer advanced solutions for precisely manipulating and separating light into its red, green, and blue components. Engineered to reflect specific color wavelengths while transmitting others, these mirrors deliver exceptional accuracy in applications demanding meticulous color control. Crafted from durable Borofloat glass, they ensure longevity and reliability even in challenging environments.

Blue Reflection Mirror (BRM)

The BRM excels at reflecting light in the 420-470 nm range (transmission < 2%), while transmitting over 95% of light between 500-670 nm. This precise control over the blue spectrum ensures superior color fidelity.

Green Reflection Mirror (GRM)

The GRM reflects wavelengths between 500-580 nm (transmission < 1%), while allowing over 94.5% transmission for blue light (420-460 nm) and over 95% for red light (625-670 nm). This performance is ideal when high contrast and clarity between green and other colors are critical.

Red Reflection Mirror (RRM)

The RRM demonstrates outstanding reflection at 610-680 nm (transmission < 1%), while allowing over 95% transmission for wavelengths between 420-560 nm. This enables precise red light separation, enhancing image quality and color accuracy.

Built to Last

KUPO's RGB mirrors are designed with a spectral tolerance of +/- 3 nm at the designated wavelengths, ensuring consistency across different units and batches. They also meet the stringent MIL-M-13508C standards, providing resistance to humidity, adhesion, and abrasion, guaranteeing reliability in demanding applications.

Unmatched Precision

By reflecting specific wavelengths of light while maintaining high transmission rates for others, KUPO's RGB mirrors deliver superior performance in applications requiring precise light separation and color accuracy. Their specialized design makes them indispensable for industries where color fidelity and clarity are paramount, empowering professionals to achieve excellence in light manipulation.

Potential Applications:

  • Laser systems: Isolating specific laser wavelengths for precise material processing or medical procedures
  • Stage lighting: Creating vibrant and dynamic lighting effects with precise color separation
  • Scientific imaging: Isolating specific fluorescence signals for detailed biological or material analysis
  • Optical instruments: Enhancing color accuracy and clarity in microscopes, telescopes, and spectrometers
  • Projector systems: Improving image quality and color fidelity in projection displays
  • Cinematography: Achieving precise color control and creative lighting effects in film production
  • Industrial machine vision: Enabling accurate color recognition and sorting in automated manufacturing processes
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