Working principle and steps of the enameling machine

Enamelling machine is a device used for manufacturing enameled wires. Its working principle is to coat exposed wires with paint to form an insulating film, thereby maintaining the wires and improving their insulation function.

The working principle of the enameling machine can be simply described as the following processes:

1. Wire feeding: Exposed wires are introduced into the interior of the enameling machine through the feeding system.

2. Coating paint: There is a paint groove inside the enameling machine, which contains insulating paint. When the wire passes through the paint groove, it will be coated with a layer of paint. Generally, paint is applied to the wire through devices such as coating rollers or nozzles.

3. Drying: The wire coated with paint will be dried through a drying system, usually by heating or curing the paint through an oven, to form a strong insulating film.

4. Cooling: The dried wire will be quickly cooled through a cooling system to ensure the quality and stability of the insulation film.

5. Wire collection: The coated and dried wire will be collected to form enameled wire.

Through this process, the enameling machine can transform exposed wires into enameled wires with outstanding insulation functions, widely used in electrical equipment, motors, transformers, and other fields. This type of insulation film can avoid current leakage and short circuits, improving the reliability and safety of electrical equipment.