Strain gauges are useful sensors to measure the strain of an object. They are attached using adhesives to the object which is under application of force. The resulting change in electrical resistance ...

Achieving precise and accurate measurements with strain gauges requires an understanding of how these gauges work as well as methods for compensating for environmental factors, increasing sensitivity, ...

Apple is researching developments focusing on strain gauge sensors. It’s believed that the Cupertino company has plans to make advancements to the strength training tracking capabilities of the Apple ...

Baumer's Miniature Strain Sensors are based on the strain gauge technology with a strain gauge and a strain body, making the miniature strain sensor suitable for static as well as dynamic applications ...

HBM features a variety of force sensor and load cells. The HBM force sensors and force transducers that employ strain gauge and piezo technology measure static and dynamic tensile and compressive ...

A new atomically-thick strain sensor is 100 times more sensitive than commercial devices and 10 times more sensitive than alternative versions based on graphene. According to its developers at China’s ...

Sooner or later, we’ve all got to deal with torque measurement. Most of us will never need to go beyond the satisfying click of a micrometer-style torque wrench or the grating buzz of a cordless drill ...

Micro-Measurements of North Carolina has introduced a series of strain gauges with enhanced encapsulation for humid environments compared with its regular CEA series. Called CHA, the improvement is ...

Strain gauge sensors measure the strain (displacement) of an object under an applied force. When they are adhesively attached to the object under stress (an applied force), they deform with the object ...