PolySkin™
Multi-modal tactile sensor.
Reads pressure, slip, texture & material at the point of contact — the robot's sense of touch.
Techstars '26 · Backed by NASA and NSF
We pair multi-modal tactile sensing with 3D vision + AI so robots can handle delicate, irregular produce the way a human hand does — judging quality, grip and ripeness without bruising a thing.
Backed by NASA & NSF SBIRs · Service-disabled veteran-owned
Radar visualization: a robotic gripper sensing an avocado, with concentric range rings, a rotating emerald sweep line, and synchronized ping dots marking tactile contact points.
The Gap
"Cameras can see an object — but can't tell if it will bruise, slip, or break under contact. We give robots a sense of touch." Grading and packing still depend on human hands amid a labor crisis.
The Integrated Cell
Four products engineered as a single drop-in system — so a robot can perceive a piece of produce in full, then handle it without a bruise.
Multi-modal tactile sensor.
Reads pressure, slip, texture & material at the point of contact — the robot's sense of touch.
Soft end-effector.
Engineered around PolySkin for delicate, no-bruise handling of irregular objects.
3D imaging + AI.
Identifies produce and guides gripper placement with proprietary perception models.
Drop-in robotic cell.
The full system — no infrastructure changes required to bring it onto your packline.
Proven Economics
How the Cell Works
SpiraVision 3D builds a 3D model and locates each fruit.
PolySkin reads pressure, slip & texture at contact — gauging ripeness and grip.
The Sensate Gripper adapts in real time — firm enough to hold, gentle enough to never bruise.
AI sorts by quality at 95% accuracy, 24/7.
Where It Goes
Primary market
Secondary
Adjacent · frontier
The Team
Service-disabled veteran-owned. Backed by NASA & NSF SBIRs.
Founder. Founded SynTouch & Perception Robotics (exited to OnRobot). Tactile-sensing pioneer.
Co-founder.
Co-founder.
Co-founder.
Backed By
Book a pilot and see a drop-in Pick-E cell run on your produce.