Six categories of precision-engineered CVD diamond — heat sinks, semiconductor substrates, optical windows, boron-doped, quantum, and powders — available with 3-week lead time and full characterization data.
Every product ships with a Certificate of Analysis. Custom dimensions, doping levels, and surface finishes available on request. Minimum order: 1 unit.
CVD polycrystalline diamond heat sinks and spreaders for high-power electronics, laser diode modules, and RF amplifiers. Custom fin geometries and brazeable metallization available.
Single crystal and polycrystalline CVD diamond wafers for next-generation power electronics, GaN-on-Diamond transistors, and epitaxial growth. Up to 25×25 mm SCD plates and 1–4" PCD wafers.
CVD diamond optical windows and lenses with broadband transparency from UV to far-infrared (0.22–2500 µm). For high-power CO₂ lasers, FLIR systems, and synchrotron beamline windows.
Boron-doped CVD diamond creates a p-type semiconductor enabling electrochemical electrodes, biosensors, power device active layers, and superconducting diamond applications. Doping levels from semi-insulating to metallic.
Type IIa single crystal diamond with engineered Nitrogen-Vacancy (NV) centers for quantum sensing, quantum memory, and quantum network node applications. Available in natural, high-NV, and isotopically purified ¹²C variants.
Precision synthetic diamond powder in monocrystalline and polycrystalline grades, 0.1–500 µm. Coated and uncoated options for CMP, lapping, slurry, thermal interface materials, and cutting tool coatings.
Wafer type, crystal form, dimensions, surface finish, quantity. We'll respond with pricing and lead times within 24 hours.