Resources

Engineering a Stable Battery Housing Challenge During early module testing, a battery manufacturer observed localized housing deformation and edge-seal failures after repeated charge/discharge cycles. Post test inspections revealed subtle swelling and misalignment in the cell stack—but the root...

Thanks to Wasil Usmani for this writeup and his fascinating research! Contact him on LinkedIn for more details. Can your feet reveal the secret to safer, stronger fast bowling? As part of my biomechanics research into fast bowling, I used the Tekscan dynamic foot pressure system, i.e, Tekscan F-Scan...

Pressure Mapping in Sports Footwear Reseach One research study in progress at a prominent university sports medicine lab is using the F-Scan GO in-shoe gait analysis system to measure gait pressure to study new high performance shoe designs. Specifically, the researchers are testing new cleat...

Pressure Mapping for EV Design Design differences and challenges for the next generation of EVs can be quite different than existing design for internal combustion vehicles. In addition to the core battery stack assembly and design, pressure mapping system analysis is key to many different aspects...

Battery formation is a pivotal stage in the manufacture of batteries, determining their performance and longevity. This process involves the initial electrochemical transformation of raw materials, shaping the battery's efficiency and stability. Through controlled charge and discharge cycles, the...

Foot pressure distribution and timing information provide valuable insight on a variety of biomechanical and neurological disorders, as well as aiding in treatment and prevention of wounds caused by high foot pressure. Our systems give you foot pressure insights however you need to collect them -...