550pcs/Min CNC Spring Machine 0.06mm-0.8mm Compression Spring Machine

Two-Axis CNC Spring Machine That Can Produce Springs With A Wire Diameter Of 0.2

Digital Control System

two-axis CNC spring machine, playing a core role in controlling and directing the entire processing process. It possesses powerful computing and processing capabilities, capable of quickly and accurately receiving and analyzing various machining parameters input by operators, converting these parameters into precise motion control commands. Simultaneously, it monitors and adjusts the movement states of the wire feed axis and camshaft in real-time. Through advanced algorithms and control strategies, the digital control system ensures highly coordinated movements of both axes, achieving high-precision spring manufacturing. In the face of complex spring processing requirements, the digital control system can adapt flexibly, precisely controlling the motion trajectories and speed changes of each axis, ensuring the quality and precision of spring production.

servo drive technology

Servo drive technology is the key guarantee for achieving high-precision motion control in two-axis CNC spring machines. As an actuator, the servo motor has significant advantages such as fast response, high positioning accuracy, and stable torque output. In driving the feed shaft and camshaft, the servo motor can quickly and accurately operate according to the digital control system's commands, enabling precise control of wire feed amount and camshaft rotation angle. Compared to traditional stepper motors, servo motors do not experience step loss, maintaining stable performance even under high-speed operation and frequent start-stop conditions, providing reliable power support for spring processing. Moreover, the high-precision encoder of the servo motor can provide real-time feedback on the actual position and speed of the motor. The digital control system adjusts the motor's operating state based on these feedback signals, further enhancing machining accuracy and stability.