High-Precision Foundations for Next-Generation Electronics & Optoelectronics
Crystal substrates are central to new next-generation technologies. From high-power electronics to exotic optoelectronics, these substrates provide the structural and electrical basis for high-performance devices in extreme conditions.
Stanford Advanced Materials (SAM) manufactures a full variety of high-purity crystal substrates for applications requiring excellent thermal stability, lattice integrity, and surface quality.
Key Applications:
LEDs, lasers, UV detectors – stable and clear platforms for high-efficiency light emission
High-temperature microelectronics – rugged substrates that survive performance in extreme environments
Wide-bandgap semiconductor systems – the path to green, energy-efficient electronics
Why use SAM’s Crystal Substrates?
Industry-standard and custom sizes available
Superior lattice match and surface flatness
Engineered to enable epitaxial growth, thin-film deposition, and more
Options for sapphire, SiC, GaN, YAG, and more
