Precision Foundations for Advanced Electronics & Optoelectronics
Crystal substrates are at the core of next-generation technologies. From high-power electronics to cutting-edge optoelectronics, these materials provide the structural and electrical platform for high-performance devices in demanding environments.
At Stanford Advanced Materials (SAM), we supply a broad portfolio of high-purity crystal substrates engineered for applications that require exceptional thermal stability, lattice integrity, and surface quality.
Key Applications:
LEDs, lasers, UV detectors – stable and transparent platforms for high-efficiency light emission
High-temperature microelectronics – robust substrates that maintain performance in extreme conditions
Wide-bandgap semiconductor systems – essential for eco-friendly, energy-efficient electronics
Why SAM Crystal Substrates?
Industry-standard and custom dimensions available
Excellent lattice match and surface flatness
Tailored to support epitaxial growth, thin-film deposition, and more
Materials include sapphire, SiC, GaN, YAG, and others
Our crystal substrates are trusted by researchers and engineers in labs, universities, and advanced manufacturing worldwide. Explore our selection below or contact us to source a substrate solution tailored to your specs.
