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C025: Multi-Band CO2 High-Reflectivity Coating

C025: Multi-Band CO2 High-Reflectivity Coating

Product catalog summary
Maximum Rated Power Levels:
Forced convection cooling can enhance power handling. The power levels vary based on aperture size and enclosure type:
  • 10 mm: 300 W (Open Air), 150 W (Enclosed)
  • 14 mm: 450 W (Open Air), 225 W (Enclosed)
  • 20 mm: 650 W (Open Air), 325 W (Enclosed)
  • 30 mm: 1,000 W (Open Air), 500 W (Enclosed)
  • 50 mm: 1,500 W (Open Air), 750 W (Enclosed)
Substrate Types:
  • Silicon: Slab
  • Fused Silica: Slab
  • Beryllium: Slab and Structured
Product Overview - C025: Multi-Band CO2 High-Reflectivity Coating:
  • Target Laser Types: CO2 lasers
  • Applications: Converting, Cutting, Drilling, Selective Laser Sintering, Laser Coding
  • Wavelength Range: 9.3-10.6 µm
  • Reflectivity: ≥99.7%
  • HeNe, 633 nm Reflectivity: ≥75% at 45°
  • Angle of Incidence: X: 30°-60°, Y: 22°-53°
  • Polarization: Random
This coating is available for various mirror types and sizes compatible with Cambridge Technology galvanometers and scan heads. For custom sizes, contact Cambridge Technology.
Figures:
  • Figure 1: Typical reflectivity spectra from 8.0 to 11.0 µm.
  • Figure 2: Typical reflectivity spectra for HeNe and visible wavelengths.
Note: Reflectivity spectra are typical and not guaranteed beyond published specifications.
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Catalog excerpts

C025: Multi-Band CO2 High-Reflectivity Coating-1

C025: Multi-Band CO2 High-Reflectivity Coating Key Features: • Target laser types: CO2 lasers • Target applications: Converting, Cutting, Drilling, Selective Laser Sintering, Laser Coding • Wavelength range: 9.3-10.6µm • Reflectivity: ≥99.7% • HeNe, 633 nm reflectivity: ≥75% @ 45° • Angle of incidence: X: 30°-60°, Y: 22°-53° • Polarization: Random Maximum Rated Power Levels (estimated): Note: Forced convection cooling can be implemented to increase power handling levels. Clear Aperture *Includes scan heads and customer-designed enclosures that restrict air flow. Substrate Types Material Silicon Fused Silica Beryllium This mirror coating can be purchased on a variety of mirror types and sizes that are integrated with Cambridge Technology galvanometers and scan heads. For mirror sizes other than those listed, please contact Cambridge Technology. -C025 Typical Reflectivity Spectra, Random Polarization** Figure 1: Typical reflectivity spectra, 8.0 to 11.0 µm. -C025 Typical Reflectivity Spectra, Random Polarization** Figure 2: Typical Typical reflectivity spectra, HeNe and visible Figure 2: reflectivity spectra, HeNe and visible wavelengths. ** Typical reflectivity spectra are not guaranteed beyond the published reflectivity and wavelength specifications and should not be used to determine maximum power and wavelength limitations. www.CambridgeTechnology.com ©2017 Cambridge Technology. All rights

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