Designed for industrial, medical, automotive, military and consumer electronics applications. Hoffmann + Krippner is the industry leader for printed electronics
Hoffmann + Krippner, Inc. today announced that their new P-DMS Polymer Strain Gage is now shipping. This compact and cost-effective solution for measuring pressure is based on Hoffmann + Krippner’s industry leading and patented sensor paste technology printed onto a PCB board.
Extremely sensitive to slight pressures, a small deformation to the paste generates a change of its electrical resistance generating an analog signal to enable measurement, input and control to a wide range of applications. Requiring no moving parts, this simple device can be very accurate and long lasting. As the strain gage can be directly printed on the application’s control board, it does not need to be connected by wires. This enables compact and affordable designs, as well as eliminating the failure points of wire failure and corrosion. It also eliminates electrical sparking as the key contacts come together.
Interesting applications include musical instruments such as a piano keys and electric guitars, control switches for DJ audio mixing gear, inside shoes to measure pressure distribution as someone stands or walks, for use in “silent” keyboards (no key clacking), inventory control for grocery store shelves and vending machines, automotive touch screens and function activators, as well as hazardous area applications where a tiny spark from keys closing an electrical circuit could set off a fire or an explosion.
The new P-DMS Strain Gage is available in wide variety of customized sizes and shapes.
Design engineers and developers can control costs and shorten development times by working directly with Hoffmann + Krippner to integrate the gage into early stages of development. In addition, Hoffmann + Krippner offers in-house development, design and manufacturing expertise to customize the gage design and specifications to customer requirements.
For more information on this new printed polymer strain gage technology, as well as datasheets available for download, please visit