The magnetic component manufacturing industry is moving toward flexible automation, and the co‑line production of multiple coil types has become a key direction for manufacturers seeking to upgrade. The Dual‑Spindle Multi‑Functional Winding Machine (Standard Version) follows the industry trend toward equipment modularisation. Built on a dual‑spindle working structure, it balances production adaptability with process stability, helping manufacturers address the processing requirements of various coil specifications. It is suitable for magnetic component production scenarios in consumer electronics, industrial control, automotive accessories, and other fields.

As downstream electronic devices continue to evolve toward miniaturisation, the market demand for miniature common‑mode chokes has been growing steadily. Fine‑wire processing has become a major technical challenge in magnetic component manufacturing. The Fine‑Wire Common‑Mode Winding Machine follows the industry trend toward higher precision, focusing on automated winding of fine‑wire common‑mode chokes on toroidal cores. It reduces quality risks associated with fine‑wire processing and is suitable for the production of components used in power supplies, automotive electronics, industrial control, and other fields, helping manufacturers meet the production challenges of miniaturised products.

As electromagnetic compatibility (EMC) requirements continue to rise, the butterfly winding process is gaining widespread adoption in the production of common‑mode chokes. The Standard Butterfly Winding Machine automates this complex process, addressing the pain points of traditional processing methods, ensuring consistency in coil winding quality, and adapting to magnetic component manufacturing scenarios in industrial control, automotive electronics, power supplies, and other fields. It helps production lines achieve standardised process compliance.