The mechanical principle of winding machine is to control the motor to drive the winding head to rotate, and wind the wire or wire on the winding head in sequence along a predetermined trajectory. Its main components include motor, winding head, guide device and control system. The motor provides driving force and rotates the winding head through the transmission device. There are usually multiple winding grooves on the winding head to accommodate wires or wires. The guide device can adjust the position and direction of the wire or wire to ensure that it is smoothly wound on the winding head. The control system controls the winding machine to complete the winding operation by manipulating the movement of the motor and the guide device.
The application scenarios of winding machine include electronics, electrical appliances, automobiles, aerospace and other fields, and are used to produce wires, coils, electromagnets, motor stators, rotors and other parts. Its advantages are high degree of automation, which can greatly reduce labor costs and improve production efficiency, and high forming accuracy, which is suitable for winding wires of different wire diameters and materials.
The specific working principles of different types of winding machines are also different. For example, the working principle of the ring winding machine is that the winding is set by the controller, the machine stores the wire and completes the winding on the magnetic ring. The mechanical operation saves time and effort, saves costs, and has high precision.
