Injection Molding Of Automotive 2k Lens Mold

The injection molding process of the automotive 2K lens mold is a relatively complicated process, which needs to be operated strictly in accordance with the requirements of the mold and the parameters of the injection molding process to ensure the quality and efficiency of injection molding.

The following are the specific steps of the injection molding process of the automotive 2K lens mold:

Preparations: Assemble the mold and check for damage or looseness. Prepare the injection molding machine, injection molding raw materials, auxiliary equipment and operators, etc.

Debugging the mold: install the mold on the injection molding machine, and test the mold, and debug the best injection molding parameters, including injection speed, injection pressure, mold temperature, hot runner temperature, etc.

Molten injection molding raw materials: Add injection molding raw materials into the hopper of the injection molding machine, and adjust according to the mold requirements and the parameters of the injection molding process.

Injection molding: Start injection molding, perform injection sequence and time according to mold requirements, and strictly control parameters such as injection speed and pressure.

End of injection molding: After the injection molding is completed, close the injection molding machine immediately, take out the injection molded parts, and conduct inspection and quality control.

Secondary injection molding: If secondary injection molding is required, perform corresponding operations as required.

Arranging and packaging: Arranging and packaging the injection molded parts for subsequent transportation and use.

During the injection molding process of the automotive 2K lens mold, it should be noted that the operation must be strictly in accordance with the mold requirements and the parameters of the injection molding process to avoid waste and loss caused by improper operation. In addition, quality control needs to be strengthened to ensure the quality and stability of injection molded parts.