To answer "How does the load cell work?", we first need to know "How does the strain gauge work?" The strain gauge is a device that measures the resistance change when a force is applied. A typical strain gage consists of very thin wire or foil mesh, set in a grid pattern, which produces a linear re

The weighing range of the resistance strain type weighing sensor is tens of grams to thousands of tons, and the measuring accuracy is 1/1000~1/10000. Because of its simple structure, convenient installation, and reliable operation, it is used by most electronic weighing instruments. The advantages

1. The metal material of the elastic element plays a key role in the comprehensive performance and long-term stability of the weight sensor. Materials with high strength limit and elastic limit, good elastic modulus time and temperature stability, small elastic hysteresis, and small residual stress

The resistance strain type weighing sensor has simple structure, high accuracy, wide application and can be used in relatively poor environment. Therefore, the resistance strain type weighing sensor has been widely used in the weighing instrument. Load cells can be used in many fields, such as weigh

Resistance strain type load cell is a device that converts mass signal into measurable electrical signal output. The resistance strain type load cell is based on the principle that the elastic body (elastic element, sensitive beam) will produce elastic deformation under the action of external force,

The load cell is a branch with the longest history, the widest application and relatively mature technology in the whole sensor family. The development of load cells in China originates from the mechanical testing in the aerospace field of military enterprises, and its history can be traced back to