Aluminum Stamping Clip With Customer Logo

Innolead has passed the ISO9001:2016 system certification. Since its establishment, the company has continuously invested in equipment renovation and upgrading, and the team is stable. We can undertake various precision components according to customer needs. The product is widely used in fields such as machinery, electronics, communication equipment, imaging equipment, packaging equipment, environmental protection equipment, medical equipment, optical equipment, geological exploration, automotive new energy, robots, and automated production lines. The company adheres to the principle of "promoting the spirit of craftsmanship and consolidating the quality of Guangdong Sheng" in its operation

We serve our customers with dedication. We do our best to meet our customers, provide services that our competitors do not have, provide returns that exceed their expectations, provide unexpected surprises, and exchange sincerity for customer satisfaction and trust. Quality technology is the life of an enterprise. We start from production and every employee, focusing on quality and improving it. Strictly follow the drawings and samples during production to ensure that the best quality products are delivered to customers. When we receive customer complaints, we promptly track and handle them, and improve production until we are satisfied.

Common knowledge of stamping molds

1. Mold type

There are various types of stamping molds, mainly including punching molds, bending molds, stretching molds, shearing molds, etc. Each type of mold has its specific application scope and characteristics. For example, punching molds are mainly used to punch holes of various shapes on metal plates; The bending mold can bend the metal plate into the desired shape; Stretching molds are mainly used for deep stretching forming; Cutting molds are used to cut metal plates into specific shapes.

2. Mold structure

The structural design of stamping dies is the foundation for achieving their functions. Generally speaking, the mold structure includes upper mold seat, lower mold seat, stripper plate, formed parts, and other parts. The upper and lower mold seats are connected by guide pillars and guide sleeves, while the stripper plate is used to separate the formed parts from the metal plate. According to different process requirements, the mold structure may vary.

3. Mold materials

The selection of mold materials has a crucial impact on the performance and service life of molds. Common mold materials include carbon tool steel, alloy tool steel, high-speed steel, hard alloy, etc. Different materials have different mechanical properties and corrosion resistance, and should be selected according to specific process requirements and usage environments.

4. Mold maintenance

The maintenance of molds is crucial for extending their service life and ensuring production efficiency. Daily maintenance includes regularly cleaning the surface of the mold, checking the wear of the mold, and replacing damaged parts. In addition, it is necessary to regularly adjust the gap and perform accuracy testing on the mold to ensure its normal operation.

5. Mold troubleshooting

During the production process, molds may experience various malfunctions, such as wear, breakage, deformation, etc. Troubleshooting requires specific analysis based on the actual situation, identifying the cause of the malfunction and taking corresponding measures for repair. Common troubleshooting methods include local repair, replacement of parts, adjustment of clearances, etc.

6. Mold design

Mold design is a key link in the manufacturing of stamping molds. Designers need to determine the appropriate mold structure, materials, dimensions, and accuracy based on product requirements and process conditions, and draw detailed drawings. During the design process, it is necessary to consider factors such as the feasibility of mold manufacturing, safety of use, and convenience of maintenance.

7. Mold processing

Mold processing is an important step in achieving the intent of mold design. The machining process includes stages such as rough machining, semi precision machining, and precision machining. The rough machining stage mainly involves processing the blank into rough shapes and sizes; The semi precision machining stage involves rough machining of key parts, providing a foundation for subsequent precision machining; The precision machining stage is achieved by using processes such as fine cutting and polishing to achieve the predetermined precision and roughness requirements on the surface of the mold. In addition, for some complex or special mold parts, special processes such as electrical discharge machining and laser processing are also required.

8. Mold usage

Proper use of molds is crucial in ensuring product quality and production efficiency during the production process. The user needs to be familiar with the structure and working principle of the mold, and strictly follow the operating procedures for operation. At the same time, it is necessary to conduct regular inspections and maintenance of the molds, promptly identify and solve potential problems, and ensure the normal operation and extended service life of the molds.

CONTACT US

Alex He

Tel:+86 15989331617

Whatsapp&Wechat:+86 15989331617

Skype ID:alex.ho43

Email: alex.he@innolead.net

Web:www.innolead.net

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