Xsensor Technology

How do you know if a clinical intervention is actually changing the way a patient walks?
Intelligent Insoles | Clinical provides plantar pressure and gait data that help clinicians compare measurements before and after an intervention.
Visualize pressure, loading, center of pressure, and gait patterns to better understand patient progress and support evidence-based treatment decisions. 👣

What does your tire's contact patch tell you?
The XSENSOR X3 Tire Testing System provides detailed pressure images that help engineers profile tires and analyze tread contact.
With specialized software tools for pressure profiles, measurements, and calculations, engineers can turn contact patch data into meaningful design insights. 🔍

Comfort is measurable.
X3 Pro helps human factors and product designers understand how people interact with the surfaces around them, from automotive seats to tools, medical devices, and sports equipment.
Ultra-thin, conformable sensors capture detailed interface pressure data while minimizing interference with the product and user. 🪑

Movement analysis is evolving beyond observation.
XSENSOR solutions provide objective plantar pressure data that helps researchers and clinicians better understand movement, identify asymmetries, and evaluate performance.

An impact happens in milliseconds. Your data needs to keep up.
The XSENSOR HS Impact System captures high-speed pressure data during crash testing, helping safety engineers understand how surfaces and restraints perform throughout an impact.
With thousands of sensing points and sampling rates over 3,000 frames per second, engineers can reveal details conventional testing may miss. ⚡

Pressure injuries can develop when elevated pressure goes unaddressed, especially for people who rely on wheelchairs.
ForeSite SS gives clinicians and therapists a clearer view of pressure distribution across wheelchair seating, helping identify areas of concern and make more informed seating decisions. 📊
With high-resolution pressure imaging and easy-to-interpret results, clinicians can move from simply assessing comfort to understanding what is happening beneath the surface.

A tire's contact patch constantly changes as a vehicle moves.
The XSENSOR HS Tire System captures high-resolution tire footprint data at speeds up to 150 km/h, allowing engineers to study tire performance under dynamic, real-world conditions.
With capture rates above 450 Hz, it can measure even fine tread features in motion. 🚗

One technology. Endless applications.
From clinical care and biomechanics to automotive engineering and tire testing, XSENSOR delivers high-resolution pressure data that helps professionals improve safety, performance, comfort, and design.
Whatever your application, better decisions begin with better data.

Objective measurement removes uncertainty from product development.
Across automotive, medical, sports, and industrial applications, XSENSOR pressure mapping systems help validate product performance with accurate, repeatable data.