IMT (Innovative Micro Technology)

About IMT (Innovative Micro Technology)

Innovative Micro Technology (IMT), which now operates as Atomica, functions as a specialized foundry for the development and manufacturing of Micro-Electro-Mechanical Systems (MEMS). The company was established in January 2000, with John Foster listed as the founding CEO. In October 2018, Cerium Technology, an investment firm, led a majority equity financing of IMT, initiating a period of transformation for the company. This transition included appointing a new executive team and culminated in a rebranding to Atomica in 2021 to reflect its focus on engineering MEMS components that serve as fundamental units for its clients' products.

The company's business model is centered on partnering with other firms, from startups to Fortune 500 companies, to design and produce custom MEMS-based solutions. It operates as an independent MEMS manufacturer, providing services that span from process development and prototyping to high-volume production and testing. IMT's revenue is generated through these foundry services, which cater to companies that are often fabless device firms or system vendors requiring specialized manufacturing capabilities. Operating from its large wafer fabrication facility in Santa Barbara, California, the company is recognized as the largest MEMS foundry in the United States.

IMT serves a diverse client base across a wide range of high-growth markets. Its technology is applied in sectors such as biomedical, communications, defense, and the Internet of Things (IoT). Specific applications of its MEMS technology include components for drug discovery and delivery, biomedical implants, optical telecommunications, autonomous vehicles, DNA sequencing, and various types of sensors. The company has developed expertise in creating complex devices like microfluidics, optical benches, and components for genomic sequencing. A key technological offering is its capability in wafer-level packaging and the fabrication of through-silicon vias (TSVs), which are crucial for creating high-performance, cost-effective devices.