Quantify Grip Forces with FlexiForce™ Accurate grip measurement has become increasingly important in today’s world of continued ergonomic improvement and robotic grip applications. Historically, there have been limitations with grip measurement. Load cells are expensive and bulky; pressure films...

Tactile Feedback in Surgical Applications In recent years, robots have become an increasingly viable part of minimally invasive surgery. They offer improved range of motion in laparoscopic techniques. The drawback has been that robots have lacked the sense of touch, or haptic feedback, that is so...

FlexiForce™ Sensors Enhance Robotic Surgery Due to advances in biomedical engineering, robotic surgery has become increasingly popular. One significant disadvantage of robotic surgery; however, is the lack of haptic technology and inability to provide force feedback to the surgeon. Because many...

How does the right force sensor improve robot design? Robots in any industry, from consumer devices to manufacturing applications, must be able to sense whether or not a contact has been made, and/or how much force occurs during a given action. Force Sensing is Vital to Proper Balance Humanoid...

The MatScan™ system was used on athletes at the Special Olympics to find potential problem areas due to increased pressure, off set center of force or other abnormalities. "Fit Feet was founded in 2003 as part of the Healthy Athletes program of Special Olympics. Our mission is to screen athletes...

Help re-align the lower limb & maintain optimal posture Using the MatScan™ pressure mat to assess plantar pressure, weight distribution and Center of Force (CoF) while the patient is standing or performing knee flexions helps identify muscle balance and lower limb alignment. The physiological method...