This short video shares some of the many diverse ways to use F-Scan in-shoe pressure mapping technology in your research or clinic.

T-Scan™ v10 software comes stocked with enhancements to improve speed and usability, so you can capture bite information easily and efficiently.

The latest hardware for the T-Scan™ system, the Novus handpiece captures and transfers data from the T-Scan sensor to the software interface, creating a high resolution, accurate representation of the patient’s bite over the entire closure sequence.

Download the datasheet for a description of the components of the system and system operating requirements. Optional Add-ons are also listed.

A presentation by Dr. Henriette Lerner on the importance of T-Scan digital occlusal analysis for lasting and functional implant outcomes.

Whether you are looking for biomechanical insights to develop footwear, artificial joints, or gain a deeper understanding of human/animal movement patterns, information from Tekscan pressure mapping technology can help.

In a clinical setting, a gait curve can be used to help diagnose issues with a person's gait and foot function. Let's look at the possible clinical associations of some common abnormalities that can be identified with the help of gait curves.

Tekscan's gait analysis systems can help you analyze gait issues in a variety of animals.

A gait curve is a graphical representation of the human walking process, showing forces on the foot over time. This video shows the break down of the different areas within a gait curve, and what the data can show you.

A gait curve is a graphical representation of the human walking process, showing forces on the foot over time.