Automotive Interior Hot Press Coating Machine

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Automotive interior hot press coating machine

The Automotive Interior Hot Press Coating Machine is designed to activate adhesives and securely bond surface materials to molded frameworks during automotive interior covering processes. Its cylinder-driven automatic lifting and lowering system reduces manual handling and improves production efficiency, while the independently temperature-controlled upper cover helps maintain uniform surface heating. A light curtain safety protection device helps protect operators during machine operation. Adjustable parameters, including heating time, cooling time, input air pressure, and oven temperature, allow the machine to accommodate different materials and production requirements. Its improved sealing structure helps prevent vacuum leakage and achieve consistent covering results. During operation, the heated upper and lower molds close together to bond the surface material to the framework and achieve the required peel strength. This automotive hot press covering machine is widely used to manufacture automotive door trim panels, wireless charging panels, armrest covers, instrument panels, and other automotive interior components.

Detail Video

Equipment Features

The cylinder automatic lifting and lowering design saves labor and improves efficiency.
The upper cover has independent temperature control, making the heating temperature of the surface material more uniform.
The light curtain protection device effectively protects personal safety during equipment operation.
Parameters such as heating time/cooling time/input air pressure/oven temperature are adjustable. Better sealing prevents vacuum leakage and provides good covering results.

Application

The hot press covering machine is equipment used to activate the adhesive and fasten the framework and surface material during the automotive interior covering process;
During operation, the upper and lower molds are heated and closed together, fastening the surface material and framework to achieve peel strength; it is commonly used to produce automotive interior parts such as automotive door trim panels, wireless charging panels, armrest covers, and instrument panels.