IMT

Innovative Micro Technology Inc., commonly known as IMT, is a Santa Barbara, California-based turnkey provider of Micro-Electro-Mechanical Systems technology and platform solutions. Founded in 2000 and headquartered at a 130,000 square foot manufacturing campus that includes a 30,000 square foot Class 100 cleanroom, IMT operates as one of the large... st MEMS foundries in the United States. The company is ISO 9001 certified and ITAR registered, reflecting its commitment to quality management and its capability to serve defense and government-related programs. IMT partners with a broad range of clients, from early-stage startups to Fortune 500 companies, to design, develop, prototype, and manufacture custom MEMS-based solutions at scale.IMT offers comprehensive services spanning the full MEMS development lifecycle, including design and engineering, process development, prototyping, and volume production. The company's technology platforms encompass optics, sensors, relays and switches, and microfluidics, enabling it to support a diverse array of highly technical applications. These include thermal imaging systems, optical benches, genomic sequencing chips, nanopumps, cell sorters, drug discovery and delivery devices, biomedical implants, and components for optical telecommunications. IMT also possesses advanced capabilities in wafer-level packaging and the fabrication of through-silicon vias, which are critical for producing high-performance, cost-effective miniaturized devices.The company serves high-growth end markets including biomedical, defense, communications, cloud computing, autonomous vehicles, molecular diagnostics, genomics, 5G, and the Internet of Things. IMT's collaborative approach to development and manufacturing positions it as a strategic partner for companies seeking to bring breakthrough MEMS-based products to market. With decades of accumulated expertise in photolithography, material deposition, wafer bonding, and precision assembly, Innovative Micro Technology continues to advance the ...Read More