Great Lakes Crystal Technologies
Electronics · Michigan, United States · 1-10 Employees
View Company Info for Free
Overview
Headquarters
4942 Dawn Ave Ste 104, East Lansing, Mic...Phone Number
(517) 249-4395Website
www.glcrystal.comRevenue
<$5 MillionIndustry
About Great Lakes Crystal Technologies
Great Lakes Crystal Technologies is a leading U.S. manufacturer specializing in ultra-high-purity CVD diamond materials, including single-crystal diamond plates, substrates, and epitaxial wafers. Their products cater to performance-driven applications in quantum sensing, advanced packaging for AI chips, and high-power electronics. The company leverages proprietary CVD reactor designs and processes, ensuring that all diamond substrates are designed and grown in the USA. Their intended clients include industries focused on advanced electronics, quantum technologies, and high-performance materials.Explore more
SIC Code 36,367NAICS Code 33,334Show moreGreat Lakes Crystal Technologies Org Chart
Compare Similar Companies to Great Lakes Crystal Technologies
Compare insights from companies similar to Great Lakes Crystal Technologies, focusing on performance, financial data, growth rates, and unique benchmarks to identify key industry trends and opportunities.
Revenue
Number of Employees
Type
Funding
Founded In
Great Lakes Crystal Technologies Tech Stack
A closer look at the technologies used by Great Lakes Crystal Technologies
Top Electronics Companies
Top companies in Canada by revenue
Top companies in Australia by revenue
Top companies in New Zealand by revenue
Frequently Asked Questions Regarding Great Lakes Crystal Technologies
Sign Up For FreeTo access detailed company insights
Great Lakes Crystal Technologies is a leading U.S. manufacturer specializing in ultra-high-purity CVD diamond materials, including single-crystal diamond plates, substrates, and epitaxial wafers. Their products cater to performance-driven applications in quantum sensing, advanced packaging for AI chips, and high-power electronics. The company lever... Read More