Transmission Gear Shaft Automatic Balancing Machine
Automatic transmission rotors are: torque converter assembly, turbine, stator, coupling, damper, sun gear, ring gear frame, clutch housing, clutch retainer, clutch hub disc and flanged drive shaft and output shaft.
Based on the modular design concept, JP offers a wide range of models for automatic transmission and component balancing, and we can provide single-station, two-station and even four-station models for unbalance correction in a variety of ways.
Today we will introduce this machine for you
A2WZ1 automatic balancing machine is composed of the machine main parts, dynamic unbalance measuring unit, automatic handling unit, automatic weight removal unit, chip suction unit, etc., optional safety light curtain, handheld code scanner, fixed code reader, and MES system can be equipped.
Through PLC control, the unbalance measuring and correction of the two gear shafts can be processed at the same time, which greatly improves the work efficiency
Drill and remove weight on the gear shaft automatically
Rapid production cycle time, and higher reduction ratio
Soft-bearing measuring brackets offers higher precision
HMI, touch screen operation button, easy to operate
Measurement, drilling and weight removal data can be exported, which is convenient for users to do data statistics
In line with Industry 4.0, can integrate with robot and assembly line
Provide CGK report
Support English, Russian, Spanish, French, Arabic
With the continuous development of science and technology, more and more automobile manufacturers begin to adopt new materials and processing processes to improve the fuel economy and performance of automobiles.
In this case, dynamic balancing technology is more important, through dynamic balancing, we can reduce the vibration and noise of the car, improve driving comfort and safety, ensure the vehicle performance and life, as well as better ensure the balance and stability of the transmission system.
Welcome the automotive transmission system manufacturers to consult the technical issues of the balancing machine.