Pressure mapping technology plays a critical and expanding role in battery formation for optimizing performance, maintaining quality, ensuring safety, and advancing battery technology through research and development efforts.

Strain gauges and FlexiForce sensors are resistance based technologies available in a variety of shapes and sizes. FlexiForce sensors provide a flexible, paper-thin solution at only 0.008" (0.2mm) thick. Download a free eBook from Machine Design.

FlexiForce force sensors are a cost-effective MEMS alternative for sleeker, smaller designs. These thin, flexible, easy-to-integrate sensors are available off-the-shelf or can be customized to meet your specific application requirements. Read our free eBook on the advanta

Load cells can be bulky, heavy and expensive but FlexiForce load sensors are an unobtrusive and low-cost alternative to load cells. Download this free eBook by Tekscan engineers and Machine Design magazine to learn more about force sensing technologies.

Download a free e-Book and learn more about selecting a thin, low-power, low-cost force sensor for seamless integration and sleeker designs.

How insights from pressure mapping technology help industry experts analyze and improve the driving experience.

Learn how and why industry leaders rely on pressure mapping to validate battery stack pressure dynamics in lithium-ion batteries, and how this technology can advance R&D efforts and quality control for battery design.

Tekscan's Ed Haidar, applications engineer and product manager for the embedded sensing division, shares how a team of engineers leveraged their R&D pressure mapping insights to develop a vital safety application for their electronic device design.

A live pressure mapping technology demonstration webinar showcasing the all-new I-Scan 9.0.

Learn how Tekscan Technology Helps Dynamically Measure Battery Enclosure Mechanics During Charge/Discharge Cycles