High-Efficiency Coil Inserting Machine, Wire Inserted Machine for Stator Manufacturing

DLM-5 Motor Stator Coil Inserting Machine

Experience unparalleled efficiency with our fully-automatic, horizontally-inclined coil inserting machine. Built with a hydraulic mechanical transmission and seamlessly integrated PLC, this machine automates slot wedge feeding, cutting, forming, and stator coil insertion. The innovative head spin-function simplifies manual coil insertion, while the automatic up-and-down feature ensures effortless head adjustments and maintenance. Its sophisticated man-machine interface offers broad accommodation, compact design, and straightforward operation and upkeep.

Description:

Comprising sophisticated paper feed, body, transmission, and circuit components, this machine excels in automating the insertion of electric engine stator coils and paper, elevating production efficiency and quality.

Features:

1) Effortlessly automates the simultaneous insertion of stator coils and paper into stator slots in a single operation.
2) Empowers users to adjust parameters via a touch screen. The automatic paper feed mechanism ensures precise fixed-length paper feeding, molding, cutting, and insertion into the coil base, optimizing efficiency.
3) Constructed with an all-steel welded body, the machine boasts exceptional stability. Its oblique horizontal design enhances ergonomic comfort, and customizable speeds, adjustable patterns, and interval paper feeding further improve operational flexibility.
4) Crafted from premium materials and processed with precision, the replaceable modes cater to the production needs of diverse electric engine stators.

Application Scope:

Ideal for a wide range of electric engines, including Y series, generators, washing machines, air conditioners, water pumps, compressors, and fans. Suitable for copper, aluminum, and other specialized wires, making it a versatile choice.

Remarks:

Customization available to meet specific customer requirements for unique electric engines. Pricing is based on the technological specifications of the requested production.