55002

B50002 is a shear-stablished detection technology of three-dimensional structure for metal and non-metal materials. It is based on the principle of measured objects, working targets, transducers, detecting signal processing and workstations. The measured objects are suspended and the welded points of the suspension points are fixed firmly. The transducer is mounted on the backbone of the measuring instrument while measuring the work target.

The working principle of the B5002 is relatively simple. The transducer installed in the measuring instrument measures the displacement of the measured point accompanied by the work. By analyzing the displacement signals detected by the transducer, the three-dimensional shape of the measured target is obtained. The measuring instrument then displays the shape of the target on a monitor.

The B50002 has many application fields. It can be used to measure the three-dimensional shape of most rigid and non-rigid materials such as molds, rubber products, etc. It is especially useful for measuring the shape of curved surfaces with complex shapes. It is also commonly used as a tool for detecting tool wear and stress analysis.

In addition, the B50002 is also applicable to the analysis of three-dimensional shapes of raw materials and products during product development. It can detect all kinds of imperfections in the shape such as impurities, warping, distortion, etc. It is also used in psychology research for analyzing facial expressions, which often requires the analysis of complex shapes.

The B50002 is an advanced detection technology with many application fields. Its working principle is relatively simple and it is very effective for measuring three-dimensional shapes of materials. It is becoming more and more widely used in various industries, and its application is still expanding.