CVD Diamond Optics Extreme Performance

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December 29, 2025
Category Connection: Optical CVD Diamond
Brief: Explore what sets this solution apart in an easy-to-follow presentation. This video showcases the exceptional performance of Round Optical Single Crystal CVD Diamonds, demonstrating their superior optical properties and applications in demanding equipment like laser optics, sensors, and medical imaging. You'll see how their high thermal conductivity, transmission, and dimensional stability enhance reliability across various optical systems.
Related Product Features:
  • Superior optical performance with high transmission and low scatter across a broad wavelength range.
  • High-quality crystal structure ensuring dimensional stability and wear resistance for long-term reliability.
  • Exceptional thermal conductivity of 1900-2200 W/(m*K) at 300K for efficient heat management.
  • Operational temperature range from -200°C to 850°C, suitable for harsh environments.
  • High surface finish with polished surfaces achieving Ra<2nm for minimal optical distortion.
  • Zero redundancy design enabling 50% smaller geometries than conventional optics.
  • Chemical inertness and extreme hardness for resistance to hazardous materials and abrasion.
  • Ideal for applications including laser components, optical windows, interferometers, and medical imaging equipment.
FAQs:
  • What are the key applications for Round Optical Single Crystal CVD Diamonds?
    These diamonds are ideal for demanding optical applications including laser optical components (resonators, output windows), optical windows and lenses for telescopes and cameras, interferometer elements, optical sensors, astronomical observations, fiber optic communication, high-precision measurements, medical imaging equipment, and laser etching systems.
  • What temperature range can these CVD diamonds withstand?
    Round Optical Single Crystal CVD Diamonds can operate in extreme temperatures ranging from -200°C to 850°C, making them suitable for harsh environment applications where thermal stability is critical.
  • How do CVD diamonds compare to traditional optical materials like sapphire?
    CVD diamonds offer significant advantages over sapphire, including 40 dB better signal-to-noise ratio, higher thermal conductivity (1900-2200 W/(m*K)), exceptional hardness, chemical inertness, and the ability to create 50% smaller geometries while maintaining performance in demanding optical applications.
  • What surface quality and dimensional tolerances are available?
    These optical grade diamonds feature polished surfaces with Ra<2nm roughness, lateral tolerance of +0.1/-0mm, thickness precision of ±0.02mm for dimensions ≤10mm and ±0.03mm for 10-15mm sizes, with laser-cut edges and kerf angles under 3°.