Designing Devices with FlexiForce Touch Sensors to Help Improve Safety and Consistency of Physical Therapy and Rehabilitative Practices.

From solar panel manufacturing, to testing durability of lithium-ion batteries, pressure mapping has several important applications to help advance the battery & power industry.

Whether your patients are are recovering from surgery, elderly people at risk of falling, athletes dealing with injuries, or weekend fitness warriors, you can use the SportsAT System to objectively and consistently evaluate treatments. Learn more in this eBook.

This eBook shares several ways that FlexiForce sensors can be used to record important real-time force data for analysis of fitness and athletic activities, whether training, performing, or even while recovering from injury.

In this guide, you'll learn the key drivers used to successfully integrate T-Scan into your practice.

Given the high regulatory standards that medical devices must adhere to, embedding smart manufacturing systems with force-sensing capabilities can help automate critical aspects of the production process.

Grippers embedded with FlexiForce touch sensors help to create a man-machine interface that captures tactile feedback during robotic surgery.

FlexiForce force-sensitive resistors offer greater flexibility to help make therapeutic & drug delivery devices small, smart, and easier for the patient to use.

See How Pressure Mapping Technology Helps Design Engineers Create More Comfortable Products

In this ebook, you'll learn how dentists use T-Scan™ technology for all types of applications.