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 23

Setting Nip Pressure for High Volume Newspaper Printing Using Pressure Measurement A major Newpaper publisher and printer recently contacted us for help with maintaining their printing quality and efficiency. Challenge Nip pressure, uniformity, and setup are critical factors in the newspaper...

eBook

Learn the importance of proper nip roll uniformity and how to identify misalignment issues with the Nip Pressure Alignment Tool.

eBook

If you've heard about pressure measurement technology but never fully understood why this information might be important in a gait lab, then this eBook is for you!

Taking the Bumpy Journey to Market Challenge: Food transportation can be especially difficult in underdeveloped nations, or regions with poor transportation infrastructure. Given their soft form factor, tomatoes are quite sensitive to excessive bumps on the road, which can lead to significant...

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.

Application and Case Studies

This case study demonstrates why objective measures for monitoring progress is essential during rehabilitation, especially in high level functioning athletes.

eBook

How do you know when someone has reached or returned to peak performance? Learn more about the tools available for insight into Gait Analysis, Balance and Stability, and Sports Performance.

Background Having proper nip roll alignment is crucially important for high-volume printing press machines. Five minutes of run time on misaligned rolls can result in thousands of dollars in damaged product. Depending on the size and location of the nip, taking nip measurements can be difficult...

Background Most electronic assembly processes are performed by high-precision robotic systems. These systems are tasked to properly move and insert delicate components onto a circuit board. As a result, the assembly robots must be checked frequently for changes in alignment that can occur with...