This new full automatical stator production line adops app remote operation and is consisted of several machines, such as stator paper inserting machine, stator coil winding and coil inserting machine, stator coil lacing machine, stator coil forming machine. Operator needed for this stator production line is far less than other machines or lines.And The reduction of labor force will not affect the productivity.
Brief: Discover the Fully Automatic Three Phase Electric Motor Stator Production Line, designed for high-efficiency manufacturing of washing machine motor stators. This advanced line features automatic coil winding and inserting, reducing labor costs while boosting productivity. Perfect for motor manufacturers seeking competitive edge.
Related Product Features:
Six working stations with three winding heads and one coil inserting station for efficient stator production.
Equipped with automatic stator coil winding and inserting machine for seamless operation.
Adopts AC servo motor system for precise winding, mould dipping, and wire hooking & cutting.
Features three layer coils winding completed individually by three winding stations for accuracy.
Includes fault diagnosing function and wire broken protection device for enhanced safety.
Allows two wires parallel winding with neat results and no damage to enameled wire.
Cycle time for single stator coil inserting is ≤32sec/pc, ensuring high productivity.
Remote control via app for easy operation and parameter setting on the HMI.
Faqs:
What types of motors can this production line handle?
This line is designed for washing machine motor stators and can also handle table fan motor stators, among others.
How does this production line reduce labor costs?
The fully automated process requires fewer operators compared to traditional machines, significantly cutting labor expenses without affecting productivity.
What are the key technical specifications of this stator production line?
Key specs include a winding speed of ≤2200RPM, wire diameter range of 0.18-1.2mm, power of 14Kw, and a cycle time of ≤32sec/pc for single stator coil inserting.