Axiocell sensor wired to a development board

Solutions

The future of force sensing.

From smart insoles to robotic fingertips.

Axioforce didn’t just build a better force plate. We built a new class of load cell — Axiocell™ — soft, flexible, multi-axis, born from DOE-funded smart-materials research. The plates are our first product. They won’t be the last.

See applications

Origin: DOE-funded research
Validation: 3 peer-reviewed studies
Technology: Multi-axis 3D sensing

The sensor behind the plate

Axiocell™ — the sensor behind every Launch Pad.

Traditional load cells are rigid, heavy, and single-axis. Axiocell sensors are flexible, compact, and multi-axis — the same smart-material platform we use inside every Launch Pad. We’re opening it up for OEMs, labs, and research teams who want a better load cell for their own product.

Multi-axis

Forces and moments in one element.

Flexible

Soft, conformable, low-profile packaging.

Scalable

From fingertip-small to force-plate-large.

Partnerships

Open to OEMs, labs, and research teams.

Applications

One sensor platform. Endless surfaces.

The same smart materials that power our force plates are paving the way for what’s next across wearables, robotics, and safety equipment.

3D force plates

Six-axis force and moment measurement at 1000 Hz for biomechanics labs and performance facilities.

Pitching mounds & batter's boxes

Force plates integrated into regulation mounds and boxes for pitching and hitting analysis.

Smart insoles

In-shoe ground reaction force measurement for gait analysis and rehabilitation.

Industrial load cells

Flexible, compact sensors for machinery, testing rigs, and structural monitoring.

Robotic fingertips

Tactile feedback with multi-axis sensitivity for manipulation and grasping tasks.

Impact-sensing helmets

Distributed force measurement for real-time head-impact monitoring in sport and defense.

Research

Published research.

Our sensor technology is backed by peer-reviewed journal articles and conference presentations across biomechanics, materials science, and sports medicine.