NANOSHAPEMeet with us

Roadmap

Prove the cell. Then the bed. Then the business. We name our make-or-break number up front — micron-class position hold under probe contact at 0 W. If the cell can't do it, Phase I says so cheaply.

The plan

Four steps to a production bed.

MAKE-OR-BREAK: MICRON-CLASS HOLD @ 0 W
  1. Phase I

    Prove the primitive

    An instrumented cell and a small array, on the bench and under load.

    • Hold-stiffness under load
    • Zero-power hold force
    • 10⁶ cycles
    • Sim-to-hardware match
  2. Phase II

    Pilot

    A benchtop fixture pilot with a named manufacturer — the first install in a real quality lab.

    • Measured pneumatic-vs-ours comparison
    • Total-cost-of-ownership data
    • Changeover-time data
  3. Eval kits

    First purchase orders

    Datasheet + kit shipped to manufacturing engineers. They bolt it on and test it in a day.

    • The measured cell datasheet
    • First purchase orders
  4. Production

    The adaptive support bed

    The platform molded at scale via an LSR overmold path.

    • Production tooling
    • The platform's first design win

All product performance claims are design targets until Phase I data. That discipline is the company.

Traction & partnerships

The machine is already in motion.

  • In discussion

    University STTR partnership — fabrication + mechanical test, faculty co-PI search underway

  • Pitch submitted

    NSF SBIR/STTR — non-dilutive R&D, pacing to the Nov 4, 2026 window

  • Exploring

    Defense industrial base channel — DoD supply-base programs

For manufacturers

Help shape the pilot.

We're selecting the first pilot benches now. If your line lives with a wall of dedicated fixtures, let's talk about measuring ours against yours.

Book a briefing