Atomic Machines is building a new type of robotic manufacturing system that can create tiny mechanical devices with features just a few millionths of a meter in size. Their long-term goal is to make manufacturing so precise that objects can be assembled at the atomic level, starting with components for the AI data center market.

Unlike conventional MEMS fabrication tied to silicon fab limitations, Atomic Machines' robotic platform enables rapid prototyping and large-scale production of complex 3D microdevices with single-digit-micron features. Their approach breaks traditional manufacturing constraints, allowing novel device geometries and materials combinations impossible with existing methods.

Atomic Machines has developed its first device targeting the AI data center market, capitalizing on the need for novel micro-components that can improve the performance and efficiency of AI infrastructure. Atomic Machines has raised $144M in total funding backed by investors including Sozo Ventures and XTX Ventures, and received a major California Competes tax credit as part of a $156.3M investment to expand its MEMS fabrication facilities in Santa Clara and Emeryville.