Do you know the advantages of a small iron core winding machine?

① Small iron core winding machine using five axis Panasonic servo motor
The first axis: the cutting die moves the servo motor, and after cutting the sheet material, it moves backwards to allow the clamping robot to feed the main spindle.
Second axis: cutting servo motor, connected to imported servo reducer and punching structure, can generate pressure of less than 2 tons and cut silicon steel sheets of 0.35mm or less.
Third axis: spindle servo motor, connected to imported servo reducer, drives spindle winding material, with strong torque and high rotational positioning accuracy
Fourth axis: Return servo motor, responsible for flattening and pushing out the iron core during the production process
The fifth axis: clamp feeding servo motor, which clamps the sheet material onto the hook nail of the roll mold and stabilizes it
② The small iron core winding machine adopts Panasonic's high-performance PLC control system, which outputs accurate pulses, runs faster and more stably, and writes multiple calculations in the program, greatly reducing the operator's debugging time. All actions of the machine are equipped with self-protection programs to prevent unnecessary damage. Fully closed-loop control and supervision of the entire production process, including material clamping, clamping, topping, winding, cutting, and welding. Demoulding, etc. The human-machine interface adopts a Taiwanese Velon 10 inch color screen, with a clear, concise and easy to understand interface
③ Precision ball screws are all made of well-known Taiwanese brands, providing excellent precision and durability
④ The pneumatic components adopt the Japanese SMC series, including various cylinders, solenoid valves, magnetic sensors, precision regulators, filters, air pipes, and all joints
⑤ The electric lifting platform can be adjusted according to the diameter of the roll material mold to match different diameters, making it convenient and fast to use.
⑥ In order to reduce the temperature of the control cabinet, a dedicated heat exchanger has been added for cooling, which helps to slow down the aging of electrical components and keep the machine in optimal operation.
⑦ The hard alloy mold and the cutting edge of the transverse punching mold are made of hard alloy, with an effective cutting frequency of up to 300W times.
⑥ The machine is equipped with an automatic feeding device, which facilitates the control and installation of materials by operators