Time-lapsed results of battery housing pressure test with I-Scan pressure mapping system. Pressure mapping applications extend beyond the R&D lab. It can ensure uniform pressure distribution during the formation process.

Tekscan’s High Speed TireScan™ system captures the impact of speed, motion, and inertial forces on a tire at speeds up to 265 km/h (165 mph).

In Utilizing digital occlusal indicators to increase occlusal accuracy and decrease complications in implant-supported cases, Dr. Robert B. Kerstein shares his analysis of how digital occlusal indicators results in improved accuracy and less complications compared to traditional methods.

A 2019 study published in the Journal of the Electrical Chemical Society used Tekscan pressure mapping sensors and software as a visual tool and means of data gathering over time to reveal hot spots at various pressure applications.

Research in the Journal of Experimental Orthopaedics: Why are tapes better than wires in knotless rotator cuff repairs?

Researchers at the Univerity of Illinois at Urbana-Champaign studied Rail Seat Deterioration and pressure distribution in concrete sleepers (rail ties) using Tekscan tactile sensors.

Ultra-thin piezoresistive sensors can be used in both R&D and as embedded components to develop safer, longer-lasting lithium-ion battery technologies.

Land, sea, and air travel are all affected by interface pressure exchanges. This video shares four unique applications for how pressure mapping technology can improve designs for a safer, smoother ride.

This short video shares some of the many diverse ways to use F-Scan in-shoe pressure mapping technology in your research or clinic.

Could force-sensitive training devices help develop higher standards for future medical professionals?