BLDC Wheel Hub Motor Winding Machine for Electric Vehicles

The BLDC wheel hub motor winding machine is an advanced solution for manufacturing electric motors used in electric bicycles, motorcycles, tricycles, skateboards, buses, rickshaws, and scooters. It features two motor winding stations, making it suitable for high-volume production.

The machine utilizes air cylinders, PLC, and touch screen control to automate various functions, including positioning, indexing, flying fork winding, motor cable winding, and automatic front thread trimming. This automation enhances efficiency and accuracy while reducing labor requirements.

Additionally, the machine has the capacity to store hundreds of winding parameters, allowing for quick and easy switching between different motor types and specifications. This versatility makes it an ideal choice for manufacturers producing a wide range of electric vehicles.

Performance and Features:

1. Ideal for manufacturing wheel hub motors.

2. Fully automated stator wire winding, with automatic trimming of wire ends. Manual loading and unloading of materials.

3. Equipment parts utilize a card slot design for quick positioning after disassembly.

4. Sliding parts employ standard linear guide rails and card slots, ensuring stability during prolonged use.

5. The flyer spindle maintains high precision within 0.03mm during winding.

6. Efficient mold tooling changeover within 15 minutes.

Applications:

The BLDC wheel hub motor coil winder is a versatile machine designed for winding coils for various electric motors, including:

Electric wheel hub motors
Brushless DC wheel hub motors

Geared motors
Direct motors
Cassette motors
Ebike motors
Scooter motors
Electric motorcycle motors
Electric auto car motors
Electric vehicle motors (EVs)
Electric tricycle motors
Electric rickshaw motors
Electric bike motors

Its wide range of applications makes it an ideal choice for manufacturers producing a variety of electric vehicles and motors.

Product parameters

Motor stator coils winding machine