Product Description
We are a professional non-standard precision stamping manufacturer, focusing on processing in-mold automatic tapping parts and HDMI - non-standard stamping parts for metal shells. Our in-mold automatic tapping parts use advanced stamping and tapping integration technology, with high precision and excellent efficiency, effectively ensuring the quality of threads and dimensional accuracy. For HDMI - non-standard stamping parts for metal shells, we rely on superb stamping technology to strictly control every detail to ensure that the shape and size of the shell fully meet high standards, not only exquisite and beautiful in appearance, but also excellent in structural strength and stability, providing customers with high-quality, high-performance non-standard precision stamping products.
Product parameters
| Parameter name | Parameter value | Parameter name | Parameter value |
|---|---|---|---|
| Processing customization | Yes | Product number | In-mold injection stamping parts |
| Model | hj811 | Material | Aluminum alloy |
| Features | Conductive | Purpose | Battery |
| Brand | Heju |
Custom Process
1. Demand communication
2. Scheme design
3. Quote and sign contract
4. Mould manufacturing
5. Material procurement
6. Stamping production
7. Post-processing
8. Acceptance and delivery
Process Type
Punching: It is a stamping process of punching through holes or non-through holes on the blank. It is mainly used to process holes of various shapes, such as round holes, square holes, special-shaped holes, etc. It is widely used in mechanical manufacturing, such as punching installation holes and ventilation holes on metal plates.
Transfer stamping: It is a multi-station stamping process that uses molds in multiple stations. The workpiece is transferred from one station to the next station through a manipulator or other conveying device. Different stamping processes are completed at each station until the stamping of the entire part is finally completed. This process is suitable for the production of stamping parts with complex shapes, large sizes and high precision requirements.
Fine blanking: It is a non-cutting processing technology and a precision stamping method developed on the basis of ordinary stamping technology. It can obtain high-quality stamping parts with higher dimensional accuracy, better surface roughness and better interchangeability than ordinary stamping parts in one stamping stroke. It is mainly used to produce some thin plate parts with complex shapes, high dimensional accuracy and good surface quality.
Material
Stainless steel
Aluminum Alloy
Copper
Carbon structural steel
Quality Control
Senior team
Professional reputation for excellence and mass production possible
Heju has a large and well-trained technical team, including 8 mold designers with more than 15 years of experience, and more than 50 mold manufacturing and maintenance masters;
The design team of Heju Metal Stamping Factory has the ability to manufacture first-class high-speed stamping dies in the industry.
Processing capability
Stretching process
Stretching is to use a punch or hydraulic press to deform the sheet material into a cylindrical or box-shaped part through a die.
The stretching process requires multiple shallow stretching to form, but each shallow stretching has precision errors.
Therefore, the precision control of stretching is particularly challenging for engineers' design experience and control of the ductility and stress of the material. At present, the precision range of Heju precision stretching parts can be controlled between 0.02-0.05mm. It depends on the product.
Additional processes
- Turning: For some stamping parts with a rotating body shape, turning can be used to process their outer circle, inner hole, end face and other parts to improve dimensional accuracy and surface quality and meet more stringent assembly requirements.
- Grinding: It is a precision machining method that uses a grinding wheel to grind the surface of stamping parts to obtain extremely high dimensional accuracy and surface roughness. It is often used for stamping parts with extremely high surface quality and precision requirements.
