A Study on the Effects of Heel Height on Biomechanics

With the ability to track center of force (CoF), Strideway was used to provide isnightful parameters to evaluate the effects of footwear.

What happens when FlexiForce sensors are activated over one million times, and under rigorous testing parameters? Find out for yourself.

In this case study, a biomechanical specialist used MobileMat to evaluate an elderly patient having trouble maintaining balance on uneven terrain. The data he gathered resulted in an effective treatment plan, reducing patient sway by nearly 50% with eyes closed.

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

This case study shows how the F-Scan helped optimize orthotics and educate the patient on plantar pressure distribution.

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.

This case study demonstrates the use of SportsAT for assessing lower extremity injuries.

Engineers in many industries need reliable ways to measure compressive force, either during product development, or as an embedded component in a product or device. Load cells and force sensitive resistors are common force sensor technologies, but how do they compare?

Smart products eliminate guesswork, improve outcomes, and increase consistency. By incorporating force feedback into your device, you give the operator increased control and accuracy in their work. Download our free whitepaper to learn more.