Resources

Resources

Browse our library of pressure mapping and force measurement resources, including eBooks, Case Studies, On Demand Webinars, Whitepapers, and much more.

Displaying 1 - 10 of 14

Designing the Superior Flying Experience Challenge: Above all other methods of public transit, commercial airlines face the most scrutiny for the measures they take to provide passengers with a comfortable experience. Designing a one-size-fits-all seat that addresses the comfort needs of a global...

eBook

Tekscan's pressure mapping technology has been used throughout the industry for design and process optimization. Improve Automotive Design with Pressure & Temperature Mapping - Ebook V2.0

Video

Tekscan's joint analysis system offers a variety of sensor designs for various joint geometries.

Video

See how SportsAT™ with MobileMat™ can empower you with the right data to help your athletes reach their peak performance.

Infographic

With the help of accurate, actionable data - that also eliminates human error associated with observational analysis - you can empower your clients to operate at the highest-functioning physical level possible. Find out how in our new infographic.

Tekscan's joint analysis system can be found in clinical and research settings worldwide. See how the Cleveland Clinic BioRobotics Lab used the K-Scan™ to evaluate dynamic joint pressure.

Whitepaper

Time-to-Boundary (TTB) is a validated spatiotemporal measurement tool that estimates the time an individual has to make postural corrections to maintain balance. Learn more about TTB and how you can use it to objectively assess and manage chronic ankle instability.

Training Video

Learn how to set-up your SportsAT Software and conduct the BESS test.

Video

See how the MatScan System can synchronize with motion capture systems to capture the full picture!

Whitepaper

Learn about different interface pressure measurement solutions and how they address test and design applications. Download this free whitepaper that provides valuable information about how tactile pressure mapping systems can help optimize designs.