Application of Sensor Technology in Mechanical Manufacturing Test System

In the application of electronic tensile machine manufacturing, the main characteristics of high-quality sensors are reflected in: long life, high reliability, strong anti-interference ability; meeting accuracy and speed requirements; convenient use and maintenance, suitable for machine tool operating environment; low cost; Computer connection.

In the mechanical manufacturing test system, it is used as an instrument positioning. Its main feature is that it can accurately transmit and detect a certain form of information and convert it into another form of information. In electronic tensile machine manufacturing and other mechanical manufacturing, load cell (load cell manufacturer) technology is an important link to realize testing and automatic control. Specifically, sensors refer to those components or devices that have the function of sensing (or responding) and detecting certain information of the measured object, and convert it into corresponding output signals according to certain rules. If there is no sensor to accurately and reliably capture and convert the measured original information, all accurate testing and control will be impossible; even if modern electronic computers, there is no accurate information (or reliable data conversion), no distortion Input will not be able to give full play to its due role.

For the operation of the machine tool, the main sensing targets include the drive system, bearing and slewing system, temperature monitoring and control and safety, etc. Its sensing parameters include the machine's downtime and the surface roughness of the workpiece. And machining accuracy, power, machine tool status and flow of cooling lubricant.

Sensing technology for cutting process and machine tool operation process.

The purpose of weighing sensor detection in the cutting process is to optimize the productivity, manufacturing cost, or (metal) material removal rate of the cutting process. The targets of the cutting process sensing detection include the cutting force and its changes in the cutting process, chattering during the cutting process, the contact between the tool and the workpiece, the state of the chips during cutting, and the identification of the cutting process, etc. The important sensing parameters include cutting force, Cutting process vibration, cutting process acoustic emission, cutting process motor power, etc.