Designed for manufacturing coils in small/medium distribution transformers, instrument transformers, and reactors. Integrates winding, wire alignment, and insulation functions for multi-type precision coil production.
Designed for compact coil production in small/medium distribution transformers. Features dual-station synchronous winding for space-efficient manufacturing, optimized insulation layout, and energy-saving operations.
Upgraded with EU/US design concepts, this essential equipment is engineered for precision foil coil production in transformers and electrical industries. Supports single/double-layer winding and parallel winding processes, compatible with full specifications of 0.1-3.0mm Cu/Al foils for integrated HV/LV production.
Developed for small/medium distribution transformer coil manufacturing, this system integrates HV/LV processes for conventional coils, 3D wound core coils, and foil coils, meeting precision requirements for energy-efficient transformer core components.
As an essential equipment for manufacturing low-capacity energy-efficient transformer coils, this machine is optimized based on proven manufacturing processes. Designed specifically for precision winding of single-layer foil coils, it supports fundamental specifications of copper/aluminum foil strip processing while meeting standardized production requirements in transformer and electrical component industries.
Designed for manufacturing compact coils in medium/large distribution transformers, instrument transformers, and reactors. Optimizes coil structure and production processes to reduce material costs and energy loss while enhancing manufacturing efficiency.
Designed for precision edge-forming of interlayer insulation paper in transformer coils. Utilizes bilateral edge-shaping technology to enhance mechanical strength, winding efficiency, and material utilization. Optimized based on US-imported equipment standards for high reliability and productivity.
Specially designed for triangular wound core transformer coils, integrating HV/LV winding functions with independent HV/LV pay-off systems. Enables direct core mounting without traditional mold pre-assembly.