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Prism Optical Diamond
INFI
Prism CVD Diamonds
Optical-grade CVD single crystal diamond exhibits exceptional optical and physical characteristics, including superior light transmission, premium crystalline structure, dimensional stability, wear resistance, and high-temperature tolerance. These properties meet stringent requirements for advanced optical systems, enhancing performance and reliability across optical applications.
Optical Applications
Laser Systems: Resonators, output windows, mirrors
Imaging & Sensing: Telescopes, cameras, spectrometers, photodetectors
Precision Instruments: Interferometer mirrors, beam splitters, gratings
Medical Technology: Endoscopes, optical microscopes, laser devices
Communication: Fiber optic couplers, modulators, demodulators
Industrial: Laser etching equipment, Raman spectrometers
Astronomy: Observation instruments
Competitive Advantages
Miniaturization: 50% smaller than conventional optical components
Extreme Environment Operation: Functions from -200°C to 850°C
Signal Clarity: 40 dB higher SNR than sapphire alternatives
| Specification | |
| Face orientation | {100} |
| Surface finish | Polished,Ra<2nm |
| Edges | Laser Cut |
| Laser Kerf | <3° |
| Density | 3.52g/cm³ |
| Raman FWHM | ~2.1cm-1 |
| Nitrogen concentation | <0.5ppm |
| Thermal conductivity | 1900~2200W/(m*K) @300 K |
| Transmission | >70% @1064nm |
| Refractiveindex | 2.379 @10.6um |
Material Properties
CVD diamond delivers broadband wavelength transmission with minimal IR scatter. Its extreme hardness and chemical inertness make it ideal for high-power, large-area applications requiring strength and hazard resistance. These capabilities enable compact geometries for lightweight solutions. Diamond shaping innovations solve cutting-edge optical challenges.
Prism CVD Diamonds
Optical-grade CVD single crystal diamond exhibits exceptional optical and physical characteristics, including superior light transmission, premium crystalline structure, dimensional stability, wear resistance, and high-temperature tolerance. These properties meet stringent requirements for advanced optical systems, enhancing performance and reliability across optical applications.
Optical Applications
Laser Systems: Resonators, output windows, mirrors
Imaging & Sensing: Telescopes, cameras, spectrometers, photodetectors
Precision Instruments: Interferometer mirrors, beam splitters, gratings
Medical Technology: Endoscopes, optical microscopes, laser devices
Communication: Fiber optic couplers, modulators, demodulators
Industrial: Laser etching equipment, Raman spectrometers
Astronomy: Observation instruments
Competitive Advantages
Miniaturization: 50% smaller than conventional optical components
Extreme Environment Operation: Functions from -200°C to 850°C
Signal Clarity: 40 dB higher SNR than sapphire alternatives
| Specification | |
| Face orientation | {100} |
| Surface finish | Polished,Ra<2nm |
| Edges | Laser Cut |
| Laser Kerf | <3° |
| Density | 3.52g/cm³ |
| Raman FWHM | ~2.1cm-1 |
| Nitrogen concentation | <0.5ppm |
| Thermal conductivity | 1900~2200W/(m*K) @300 K |
| Transmission | >70% @1064nm |
| Refractiveindex | 2.379 @10.6um |
Material Properties
CVD diamond delivers broadband wavelength transmission with minimal IR scatter. Its extreme hardness and chemical inertness make it ideal for high-power, large-area applications requiring strength and hazard resistance. These capabilities enable compact geometries for lightweight solutions. Diamond shaping innovations solve cutting-edge optical challenges.
