Video Channel of China Shaper Diamond Technology Co., Ltd
Chat Now Contact Us
Home Videos Playlist Website

CVD Diamond Optics Superior Performance

Other Videos
January 16, 2026
Category Connection: CVD Lab Grown Diamonds
Chat Now Contact Us
Tags:
#Single Crystal Diamond Wafer #CVD Diamond Substrates #CVD Lab Created Diamonds
Brief: In this video, we demonstrate the superior performance of Square Optical CVD Diamonds, showing how their flawless crystal structure and advanced fabrication techniques meet the demanding specifications of sophisticated optical systems. You will see the practical implementation of these diamonds in laser components, optical lenses, and detection systems, highlighting their thermal endurance and signal integrity for high-power applications.
Related Product Features:
  • Square Optical CVD Diamonds feature outstanding optical performance and a flawless crystal structure for demanding optical systems.
  • These diamonds offer broad-spectrum transmission and low infrared dispersion for high-power and large-area applications.
  • They provide exceptional thermal stability, operating from cryogenic -200°C to 850°C.
  • With a density of 3.52g/cm³ and thermal conductivity of 1900~2200W/(m*K), they ensure reliable performance.
  • The material exhibits a superior signal-to-noise ratio, 40 dB better than sapphire, enhancing signal integrity.
  • Compact geometries allow for lightweight designs, making them space-efficient and half the size of traditional optics.
  • They are characterized by wear resilience, chemical inertness, and dimensional integrity for long-term use.
  • Advanced fabrication techniques enable polished surfaces with Ra<2nm and precise laser-cut edges.
FAQs:
  • What are the key applications for Square Optical CVD Diamonds?
    These diamonds are implemented in laser components like resonators and output windows, optical lenses and sensors for telescopes and cameras, interferometry elements such as mirrors and beam splitters, detection systems including spectrometers and scanners, astronomical observation tools, fiber optic communication modules, precision measurement instruments, medical imaging devices like endoscopes and lasers, and laser etching systems.
  • How does the thermal performance of CVD diamond optics compare to other materials?
    Square Optical CVD Diamonds offer exceptional thermal endurance, operating reliably from cryogenic temperatures of -200°C up to 850°C, and provide high thermal conductivity of 1900~2200W/(m*K) at 300 K, making them suitable for extreme environment applications.
  • What makes these CVD diamonds superior in signal integrity for optical systems?
    They deliver a 40 dB superior signal-to-noise ratio compared to sapphire, thanks to their high transmission of over 70% at 1064nm, low nitrogen concentration of <0.5ppm, and precise Raman FWHM of ~2.1cm-1, ensuring clear and reliable signal performance in sophisticated optical setups.
Related Videos