Strain gauges (concrete) are suitable for monitoring the stress and strain of beams, columns, pile foundations, supports, retaining walls, hydraulic structures, linings, piers and footings, bridges, tunnel linings and their bedrock that are buried in concrete structures for a long time. They can be equipped with supporting accessories to measure surface strain. And it can synchronously measure the temperature of the buried point, and a digital thermometer can be selected as the temperature measuring element
Resistance strain gauges can indirectly measure the magnitude of pressure and force by measuring changes in resistance. Resistance strain gauges can be applied in weighing sensors, pressure sensors, torque sensors, and other fields, and are widely used in industrial automation.

Resistance strain gauges are sensor devices based on changes in resistance effect. When subjected to external force, its resistance value will change, and this change is linearly related to the magnitude of the external force. Therefore, by measuring the change in resistance value, the magnitude of the force acting on the resistance strain gauge can be determined.

Resistance strain gauges, as an important sensor component, play a crucial role in the force sensor of lathe tailstock. It can convert mechanical quantities into electrical signals, providing accurate and reliable data support for force measurement during lathe machining. In the future, with the continuous development of sensor technology, the application of resistance strain gauges in lathe machining will be more extensive, providing strong guarantees for improving machining accuracy and efficiency.

Resistance strain gauges play a crucial role in the force sensor of the lathe tailstock. It is attached to the surface of an elastic body and undergoes a change in resistance as the elastic body deforms. This change is closely related to the magnitude and direction of the external force, so the magnitude and direction of the external force can be calculated by measuring the resistance change of the resistance strain gauge.
Resistance strain gauges are used to measure temperature: Resistance strain gauges can be used to make temperature sensors for measuring temperature changes on the surface of objects. This application is widely present in fields such as automotive, electronics, and manufacturing. Resistance strain gauges are commonly used in the fields of robotics and automation to control the operation and positioning of robots.