[Tekscan's] work is spectacular, and more exceptional than I thought it would be. The sensors work great. They can detect the slightest pressure accurately. It is way beyond my expectations.

We had already used the standard flexible sensor in other jobs and product trials in the past, so we were familiar with its large dynamic range and excellent linearity and accuracy. But the instrument design needed a much smaller sensing area than the standard sensor provides. Turnaround on the

From all the available force-sensing technologies, we selected the FlexiForce as the best combination of durability, price, and accuracy. In questioning different sensor manufacturers, we liked the availability of an off-the-shelf, single-point sensor because we could easily purchase a few and then

I use the F-Scan™ system and MatScan™ system because of the results the technology provides. The MatScan system illustrates a comprehensive view of a player and allows me to see any discrepancies with leg length or load-bearing force differences quickly. The F-Scan system enables me to see a players

We use the Tekscan MobileMat™ with SportsAT™ exclusively with all of our research projects that involve a balance assessment component. The ease of using this technology eliminates any of the guesswork usually associated with visual (manual) scoring of the BESS. We strongly feel that the information

I was looking for a thin, flexible film to measure force in my [medical] device; something that would not interfere with its size. We looked at some competing thin film force sensors but your FlexiForce™ product was more accurate in terms of feedback and linearity. The technical expertise and

"One power of the F-Scan system lies in the immediate and totally obvious visual feedback. Most cases are definitive even without referring to the staggering ability of the software to represent the data in any way you can think of. This simplicity combined with the fact that it is a foolproof means

"I found the F-Socket technology by Tekscan to be an excellent research tool for objective evaluation of new prosthetic components. It became a valuable part of the experimental routine for me and colleagues at th Albrecht Rehabilitation Center, St. Petersburg, Russia."