How insights from pressure mapping technology help industry experts analyze and improve the driving experience.

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).

Learn how and why industry leaders rely on pressure mapping to validate battery stack pressure dynamics in lithium-ion batteries, and how this technology can advance R&D efforts and quality control for battery design.

Covering Several Ways Pressure Mapping can Help Engineers and Designers Develop Technological Advancements for Food Cultivation, Processing, and Packaging

Which method proved to be more successful for splint equilibration? Dr. Rosario V.E. Prisco (MD, DDS, CAGS Prosthodontics) shares his results.

In this recent case study, authored by Dr. Robert Kerstein (DMD), T-Scan was used in tandem with articulating paper to measure high force contacts during a veneer patient’s bite sequence.

This recent case study, authored by Dr. Hoon Kim (DDS, MSD, Diplomate, ABO), shows how T-Scan became his tool of choice to track his patient’s occlusion following an orthognathic procedure.

Dr. Ben A. Sutter (DMD, FAGD, FICCMO, LVIF) details a complex full-mouth restoration case where T-Scan helped provide context into a patient's bite discrepancies throughout treatment.

How can you leverage tactile piezoresistive sensor technology as an R&D tool and/or an embedded component?

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.