Teaching matter how to move

Precision actuation through controlled material dynamics.

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About

We develop actuation systems that cultivate motion at the material level. By shaping how energy moves through matter, motion emerges directly from physical behavior—across solids, structures, and fluids.

The result is a new class of actuation that is continuous, efficient, and fundamentally different from conventional mechanisms.

Advantages

Uniform force distribution

Force applies evenly, never concentrated. No gripping, clamping, or point contact.

Software control

Direction and speed behavior lives in the signal, not hardware.

No wear or contamination

Engineered for particle-free operation. Eliminates debris at the source.

Applications

Built for cleanroom and high-precision environments.

Pharmaceutical manufacturing
Precision handling of optical components
Reconfigurable micro-assembly
Directional powder transport
Semiconductor wafer and MEMS positioning
Biological particle sorting

Work with us

We're working with early customers in precision manufacturing and life sciences.