Metallic mirrors provide broadband reflection but have lower reflectivity and damage thresholds. Dielectric mirrors offer extremely high reflectivity at specific wavelengths and handle higher laser power.
Precision Optical Mirrors Component Intelligence
Engineered optical surfaces for precise light manipulation in laser and imaging systems.
What are Precision Optical Mirrors components?
Optical mirrors are critical for beam steering and reflection in photonics. Selection depends on the operating wavelength, required surface flatness (lambda/X), and damage threshold for high-power laser systems. Always match the coating to your specific spectral range.
How to Choose Precision Optical Mirrors Components
Selecting the right mirror requires balancing optical performance with environmental durability.
Wavelength Range
Ensure the mirror coating is optimized for your specific laser or broadband source to maximize reflectivity.
Surface Flatness
Choose flatness (e.g., lambda/4, lambda/10) based on the wavefront distortion your system can tolerate.
Substrate Material
Select substrates like fused silica or Zerodur for thermal stability in high-precision applications.
Damage Threshold
Verify the laser-induced damage threshold (LIDT) if working with high-energy pulsed or CW lasers.
Coating Type
Choose between metallic (broadband) or dielectric (high-reflectivity, narrow-band) coatings based on your needs.
Popular Precision Optical Mirrors Components
Live| # | Part | Category |
|---|---|---|