Application of integrated motor in chuck equipment
In modern industrial production, the improvement of the degree of automation and the improvement of production efficiency have become more and more demanding for production equipment. Chuck equipment as an important part of the automated production line, its design and manufacturing must also adapt to the needs of modern industry. The application of integrated motor in chucking equipment can not only improve production efficiency and accuracy, but also reduce cost and maintenance difficulty.
01. Introduction
Chuck equipment is a common clamping tool in the field of machining, which is used to fix and clamp the workpiece to ensure the stability and processing accuracy of the workpiece.
Chuck is generally composed of a chuck body, a moving jaw and a jaw drive mechanism :
From the number of chuck claws can be divided into: two jaw chuck, three jaw chuck, four jaw chuck, six jaw chuck and special chuck. From the use of power can be divided into: manual chuck, pneumatic chuck, hydraulic chuck, electric chuck and mechanical chuck.
Traditional chuck equipment requires manual adjustment and maintenance, and is prone to failure and safety problems.
We take the electric chuck as the research object, using the integrated motor as the driving source, not only can improve the clamping force and clamping accuracy, Intelligent and automated control can also be achieved, thereby reducing the need for manual intervention and reducing failure rates and safety risks.
02. Application Scheme
The application of integrated motor in chucking equipment can improve the clamping force and clamping accuracy, improve the reliability and safety of equipment. Realize intelligence and automation.
Equipment application: laser professional pipe cutting machine, laser tube plate integrated machine, plasma cutting equipment, welding equipment and other pipe cutting processing equipment
Structure: The electric chuck is mainly composed of 4 integrated stepper motor control
Motor model:STM57B5B
Control mode: Torque control
Control description: the claw first returns to the initial position, the workpiece is placed in the center of the equipment, the equipment is started, the motor is torque control, when the motor reaches the target torque set, the operation stops. Wait until the processing is complete and the claw returns to the initial position.
