DLM-3 single-side coil lacing machine
Introduction: Embark on a journey into the future of coil lacing with the revolutionary DLM-3 Single-Side Coil Lacing Machine! This state-of-the-art marvel is meticulously designed to bind engine stator coils with exceptional precision. Outfitted with a pioneering tension controller, it enables seamless adjustment of wire tightness, delivering unmatched adaptability for all your intricate wire binding requirements.
DLM-3 single-side coil lacing machineFeature:
1) Built with a robust mechanical framework, the DLM-3 guarantees enduring durability alongside remarkable ease of maintenance. Experience effortless repair or replacement of engine stators with minimal disruption, ensuring smooth, continuous operations.
2) Experience unrivaled versatility with adjustable settings for both full-slot binding and electrical insulation slot binding, aligning perfectly with diverse operational demands.
3) Attain exceptional efficiency with a staggering high binding speed, soaring to an astonishing 220RPM, setting a new benchmark for production line innovation.
DLM-3 single-side coil lacing machine Positioning mode:
Choose between precise internal or external positioning, enhanced by an additional clamping device, ensuring the utmost level of accuracy and precision in every meticulous operation.
Applicable scope: Masterfully designed for a vast array of electric engines, encompassing Y series, generators, washing machines, air conditioning units, water pumps, compressors, and fans. It is equally adept with copper, aluminum, and specialized wires, rendering it the perfect choice for a wide spectrum of applications.
DLM-3 single-side coil lacing machine Remarks:
Tailor your DLM-3 machine to meet your distinctive requirements! We offer customized solutions for various electric engines, expertly crafted to meet precise customer specifications. Pricing is determined based on the intricacy and technological demands of the custom production, ensuring an impeccable match for your business needs.





