A model that emerged from Japan as a pioneer in response to rising labor and high product quality requirements. It can be combined into a high degree of automation equipment through motors, electric components, pneumatic components, transmission devices, sensors, control systems, etc. Usually it can automatically arrange the thread, wind the head, break the clamp thread, twist the thread, and load and unload the material automatically. The operator only needs to ensure that the raw materials are sufficient. When there is no workpiece or copper wire, it can be replaced in time to ensure continuous production. Usually, the number of axes is relatively high to achieve high-efficiency production. A machine with a sufficiently high degree of automation can meet the requirement of one employee to take care of multiple devices at the same time. Advantages: The operator does not need to be trained directly to work, the production efficiency is high, the product quality is uniform, and it can work for a long time without interruption. Disadvantages: The price is higher than that of semi-automatic equipment. It takes a long time to run to recover the cost and produce benefits. Special technicians are required to ensure the operation of the equipment. The maintenance of faults is cumbersome and it is difficult to replace the product types. Suitable for mass production of a single mature product.