Brass precision stamped parts standardized processing technical specifications

In order to standardize the processing technology of Brass precision stamped parts, clarify the quality control standards for each link, ensure product quality stability, improve production efficiency, and optimize costs, this technical specification is specially formulated. The brass raw materials used for processing must meet multiple core indicators: hardness controlled between 70-85HB, plate thickness limited to 0.2mm to 3.0mm. All brass plates must be accompanied by formal quality inspection certificates, and it is strictly prohibited to use raw materials with defects such as cracks, creases, oxidation, scratches, etc., to ensure the basic quality of the Relay pin brass terminal from the source.

The standardized processing of Brass precision stamped parts must follow a fixed process flow, and each step of the operation must strictly comply with the process requirements.

Firstly, saw or cut the brass plate, and then use a deburring machine to remove burrs from the edges of the board. After the preprocessing is completed, the stamping and bending processes are carried out sequentially, using punching machines and bending machines respectively to achieve the basic forming of the workpiece.

Next, a fully automatic stamping machine is used to complete high-precision stamping forming. After molding, surface treatments such as polishing, grinding, and baking paint can be carried out according to actual needs.

Finally, professional testing equipment will conduct a comprehensive inspection based on the technical requirements of Brass sheet metal stamping. After passing the inspection, packaging will be carried out according to different size specifications to avoid damage during transportation.

The design quality of stamping molds directly affects the accuracy and forming effect of Electrical brass switch socket parts. There are three key points to pay attention to during the design process: the stamping depth should be flexibly adjusted according to the material thickness to ensure product stability; Fully consider the plastic deformation of brass materials under stamping pressure, accurately determine the degree of deformation, and avoid problems such as abnormal cutting, deformation, or burrs; Mold design should eliminate burrs and protruding cuts during the stamping process, and choose the appropriate mold blade material and blade angle.

In terms of equipment maintenance, conduct a comprehensive inspection of all equipment every quarter to promptly address any malfunctions; The Electrical brass press parts for switch socket stamping machine need to be cleaned daily, and lubricating oil should be regularly checked, replenished, and replaced; Stamping molds need to be inspected after each use, and if damaged, they should be repaired or replaced in a timely manner. At the same time, all operators must strictly follow the equipment operating procedures to prevent equipment damage caused by human error.

Strictly following this process specification can achieve standardization and standardized control of each processing step of Electrical brass metal stamping for socket switch. This not only fundamentally ensures the quality of stamped parts, improves production efficiency, reduces production and management costs, but also achieves economic benefits; At the same time, through comprehensive equipment maintenance and safety control, equipment failures and safety accidents during the production process have been effectively avoided, ensuring smooth production operation and comprehensive protection of the safety and health of production personnel, providing solid process support for the large-scale and standardized production of Cold stamping brass for switch.

If you need to further understand the processing technology details of Brass precision stamped parts or obtain customized process solutions, please feel free to contact us at any time. We will provide you with professional technical support and consulting services.