A rotor motor winding machine is specialized equipment used to efficiently create motors for various electronic applications. These machines play a crucial role in motor production processes.

The new Six Flying Fork Rotor Winding Machine represents a significant improvement over traditional single flying fork winding machines, with reported 5-6 times higher efficiency. This fully automated system requires only one operator and features a compact design for space-efficient integration into manufacturing setups. The machine includes core loading, winding, finishing, testing, and blanking processes in its efficient production line.

• High-speed and efficient Max 10 axes synchronized controllers for precise positioning and high-speed winding
• AC servomotor-controlled main former and optional side former with intermittent wire feed for accurate traverse movement
• Wire clamp mechanism that holds and cuts wire simultaneously, eliminating scrap wire
• Integration capability with pre and post-process systems through free slow system for easy core loading/unloading
• Modular design for effortless unit changes, assembly, maintenance, and customization
• Six stations of flying fork winding with over 99% yield rate for high production output
• Multiple units can be linked to create automated production lines
• Tension wire breakage alarm and program modification via touchscreen for easy operation
• Various winding modes and quick mold changeovers for wide product compatibility
• Large program storage capacity and reserved automation ports for high system compatibility

The automatic coil winding machine has become indispensable for motor winding in the electrical appliance industry. Its versatility makes it valuable across various settings, from household appliances to industrial machinery.

This advanced machine is particularly useful in applications such as table fans, ceiling fans, air conditioners, and washing machines. It winds coils with precision and speed, leading to more efficient and reliable appliance functioning.

Key advantages include significant process efficiency improvements through automation, reduced manual labor, shortened production time, and unparalleled winding accuracy that ensures coils meet exact specifications for better performance and reliability.

The machine also promotes automated production line implementation and process control, seamlessly integrating with other industrial equipment for streamlined production processes.

• Automatic rotor winding machine
• Generator rotor coil winding machine
• Rotor winding machine manufacturers
• Winding Speed: 6000rpm
• Max. Rotor Length: 500mm
• Type: Automatic
• Model: XT-F06D
• Air Pressure: 0.4-0.6Mpa

1. Load the bobbin onto the spindle of the motor winding machine. Secure the bobbin in place to prevent movement during winding. The tooling serves as the foundation for the wire coils.
2. Start the motor winding machine to initiate the winding process. The machine rotates the bobbin and guides the wire according to specified parameters.
3. End winding - once the desired number of turns or layers is reached, secure the ending end of the wire to the bobbin.
4. Carefully remove the fully wound bobbin from the spindle, avoiding damage to the wound coils during unloading.