Knowledge
Custom Sapphire Research Products — Single-Crys...
Custom sapphire research products (single-crystal Al₂O₃) including tubes, windows, rods, wafers,Intricate Shapes, and machined components. Optional polishing, orientation control, and RFQ support for R&D teams.
Custom Sapphire Research Products — Single-Crys...
Custom sapphire research products (single-crystal Al₂O₃) including tubes, windows, rods, wafers,Intricate Shapes, and machined components. Optional polishing, orientation control, and RFQ support for R&D teams.
Custom Sapphire Tubes for High-Temperature & Va...
Custom sapphire tubes made from single-crystal Al₂O₃ for high-temperature furnaces, vacuum systems, plasma hardware, and harsh-environment instruments. Flexible OD/ID/length, end machining, and optional polishing.
Custom Sapphire Tubes for High-Temperature & Va...
Custom sapphire tubes made from single-crystal Al₂O₃ for high-temperature furnaces, vacuum systems, plasma hardware, and harsh-environment instruments. Flexible OD/ID/length, end machining, and optional polishing.
Semiconductor Doping & Ion Implantation Services
Semiconductor doping services including ion implantation, diffusion, and activation anneal for Si, SiC, and selected wide-bandgap materials. RFQ support with optional electrical characterization.
Semiconductor Doping & Ion Implantation Services
Semiconductor doping services including ion implantation, diffusion, and activation anneal for Si, SiC, and selected wide-bandgap materials. RFQ support with optional electrical characterization.
CLYC Scintillator Crystals for Dual Neutron–Gam...
CLYC (Cs₂LiYCl₆:Ce) is a dual neutron & gamma scintillator enabling pulse shape discrimination (PSD) in a single crystal. Typical references include ~20–22k photons/MeV light yield, ~3.5–5% resolution at 662 keV,...
CLYC Scintillator Crystals for Dual Neutron–Gam...
CLYC (Cs₂LiYCl₆:Ce) is a dual neutron & gamma scintillator enabling pulse shape discrimination (PSD) in a single crystal. Typical references include ~20–22k photons/MeV light yield, ~3.5–5% resolution at 662 keV,...
Diamond-on-SiC Services for Ultra-High-Power & ...
Diamond-on-SiC combines CVD diamond heat-spreading layers with silicon carbide substrates to enable ultra-high-power RF, microwave, and thermal-management-limited electronic devices.
Diamond-on-SiC Services for Ultra-High-Power & ...
Diamond-on-SiC combines CVD diamond heat-spreading layers with silicon carbide substrates to enable ultra-high-power RF, microwave, and thermal-management-limited electronic devices.
AlN-on-SiC Services for RF, Microwave & Harsh-E...
AlN-on-SiC combines aluminum nitride epitaxy with silicon carbide substrates to enable high-frequency, high-temperature RF and harsh-environment electronic devices.
AlN-on-SiC Services for RF, Microwave & Harsh-E...
AlN-on-SiC combines aluminum nitride epitaxy with silicon carbide substrates to enable high-frequency, high-temperature RF and harsh-environment electronic devices.