What is the manufacturing process of Refrigerator motor progressive die?- Zhejiang Ruixin Mould Technology Co., Ltd

What is the manufacturing process of Refrigerator motor progressive die?

1. Design and planning:
According to the specific needs and specifications of the refrigerator motor, the preliminary design of the progressive die is carried out. This includes the structural layout of the die, the setting of the stamping process, the selection of the die material, etc.
Develop a detailed manufacturing plan and process flow to ensure the smooth progress of subsequent production.

2. Die material preparation:
Select high-quality die materials suitable for the manufacture of Refrigerator motor progressive die, such as high-strength steel, alloy steel, etc.
Pre-treat the selected materials, such as annealing and quenching, to improve their mechanical properties and processing properties.

3. Die processing and manufacturing:
Use advanced CNC processing equipment, such as CNC machine tools, EDM machines, etc., to accurately process the die materials. This includes the processing of key components such as the cavity, core, guide column, guide sleeve, etc. of the die.
Finely grind and polish the processed die parts to ensure their surface finish and dimensional accuracy.

4. Die assembly and debugging:
Assemble the processed die parts to form a complete progressive die.
Debug the assembled mold and check its key performance indicators such as stamping effect, positioning accuracy, and demolding smoothness.
According to the debugging results, make necessary adjustments and optimizations to the mold to ensure that it meets production requirements.

5. Quality inspection and acceptance:
Carry out comprehensive quality inspection on the manufactured Refrigerator motor progressive die, including dimension measurement, material performance test, stamping test, etc.
After ensuring that the mold meets the design requirements and relevant standards, it is accepted and delivered for use.

6. Maintenance and care:
During the use of the mold, it is regularly maintained and cared for, such as cleaning, lubrication, inspection, etc.
Repair and replace the mold in time for wear, damage and other problems to extend its service life and maintain its good performance.

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