With the rapid development of industrial automation, the use of various robots and manipulators has gradually increased, which not only improves production efficiency, but also is flexible, easy and convenient to use, and product quality can also be guaranteed. It is favored by our friends!

Vacuz 고정밀 자동 0.2mm 1314T 드론 모터 BLDC 브러시리스 외부 고정자 코일 권선기 샘플

The core component of robots and manipulators is the brushless motor. As an important part of the brushless motor, the stator coil is very delicate in winding.

The stator of a robot motor generally has outward slots and has multiple slots, including 18 slots, 24 slots, etc. So how can the multi-slot stator of a robot brushless motor be wound with multiple wires in parallel? What winding machine equipment is more suitable? Let’s take a look!

For this kind of brushless motor with a stator with an outward notch, a flying fork winding machine is generally used to solve the winding problem. The rotation of the motor-driven flying fork and the rotation of the mold index are used to promote the coil to be accurately wound into the stator notch. .

However, robot motors often have multiple wires wound in parallel. The wire diameter is less than 0.3mm. Some require 30 enameled wires to be wound together in parallel. Therefore, it is still a test of the winding machine and the winding method. In fact, the winding method is the same as ordinary flying fork winding. There is not much difference in the wire method, except that the winding speed is slower than that of a single wire.

Vacuz 고정밀 자동 0.2mm 1314T 드론 모터 BLDC 브러시리스 외부 고정자 코일 권선기 샘플

How to wind multiple wires in the multi-slot stator of a robot brushless motor? What winding machine equipment is more suitable? The above has been briefly explained. I hope it can solve everyone’s problem of winding multiple wires in parallel and make production smoother!

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