Used for winding high-voltage coils (such as primary coils of power transformers) – its precise and stable tension control ensure coil insulation performance and electrical conductivity, meeting the high reliability requirements of power transmission equipment.

Applied to produce high-voltage inductors (e.g., inductors for power electronic converters, medical high-frequency equipment) – it adapts to thin/thick enameled wires, avoiding wire damage during winding and ensuring inductor inductance accuracy.

Suitable for winding high-voltage components in new energy systems, such as coils for photovoltaic inverters, high-voltage battery management system (BMS) inductors, and wind power converter reactors – its industrial-grade efficiency matches the mass production needs of new energy equipment.

Used in manufacturing high-voltage electrical components like high-voltage contactors, voltage regulators, and surge protectors – it ensures uniform winding of internal high-voltage coils, enhancing the safety and service life of electrical appliances.

Applied to winding coils for special high-voltage equipment, such as industrial high-frequency heaters, medical X-ray machine high-voltage transformers, and aerospace high-voltage power supplies – its high precision and stable operation meet the strict performance standards of special fields.