200 Pcs/Min Spring CNC Machine 3P 380V Torsion Spring Making Machine

Suitable For The Production Of Two - Axis CNC Spring Machines With A Larger Outer Diameter

frame and workbench

The frame serves as the support structure for the two-axis CNC spring machine, providing a stable foundation for the entire device. It is typically made from high-strength steel, processed and welded with precision, offering excellent rigidity and stability. This allows it to effectively resist various vibrations and impact forces generated during processing, ensuring that the equipment maintains precise machining accuracy over long periods of operation. The worktable is installed on the frame and is used to carry spring workpieces and related tools, jigs, and fixtures during the machining process. The surface of the worktable has been precisely ground, featuring good flatness and smoothness, providing a stable and reliable working platform for spring machining. Various positioning devices and clamping mechanisms are also equipped on the worktable, facilitating operators in accurately positioning and securing spring workpieces, ensuring positional accuracy during machining, and improving machining quality and efficiency.

The hardware components of the control system

The electrical control system hardware of a two-axis CNC spring machine mainly includes industrial computers, motion control cards, servo drivers, sensors, and various electrical components. The industrial computer serves as the core of the entire control system, responsible for running digital control software, displaying human-machine interface, inputting and storing processing parameters, generating and sending control commands, among other functions. The motion control card acts as a crucial bridge between the industrial computer and the servo driver, converting the motion control commands sent by the industrial computer into specific electrical signals and transmitting them to the servo driver to precisely control the movement of the servo motor. Upon receiving command signals from the motion control card, the servo driver drives and controls the servo motor, adjusting parameters such as speed, torque, and direction to ensure the motor operates according to predetermined requirements. Sensors play a role in real-time monitoring within the system; for example, encoders detect the rotational position and speed of the servo motor, while tension sensors monitor the tension of the wire material. These sensors feed back the collected real-time data to the industrial computer, allowing the control system to make timely adjustments and optimizations based on actual conditions. Additionally, the system is equipped with various electrical components, such as circuit breakers, relays, and contactors, which are used to achieve power distribution, circuit protection, and logical control functions, ensuring the safe and stable operation of the entire electrical control system.