Metal Sheet Precision Stamping Service
Stamping is an important part in sheet metal processing technologies. Through stamping and embossing, we can process flat metal materials into metal parts with specific shapes. These stamping parts are often applied in aerospace, automotive and electronics industries. As one of the stamping service providers in China, Ruitai places the focus on how to more high-precision stamping parts.
The stamping machines available weigh more than 200 tons, and the thickness of sheet metal materials we can reach is around 1 cm. The achievable tolerance range is ±0.05mm.
You can send us 3D and 2D drawings, and we will offer you custom high-precision stamping solution!
We get a full set of stamping equipment to create high-precision metal parts.
We create stamping parts from small to big size.
Combining the sheet metal fabrication techniques, we create high-precision and complex metal parts.
Why Choose Ruitai to Do Precision Metal Stamping?
Small and Medium Batch Production
Small batch production of stamping parts: If you only want to make small batches of stamping parts at present, it is not easy to find a company that you are satisfied with in terms of price and cost. At Ruitai, we have no minimum order quantity. We’d love to work with you from a small custom stamping project.
Mass production of stamping parts: We have multiple large stamping machines to produce stamping parts of 1 million pieces. This is a very cost-effective option for you to mass-produce stamping parts. The larger the quantity produced, the lower the cost per stamping.
Tight Tolerance
In order to ensure the precision of stamping parts, we use CNC machines and customized fixtures to make stamping parts. That’s why we can make metal stamping parts of various shapes by punching and extrusion. At present, there are more and more requirements for the precision of metal parts in various fields, including aerospace, automobile, electronics, medical treatment, and so on. We are also continuously investing in state-of-the-art punching machines and CNC processing equipment.
Multiple Choices: material, surface treatment, and secondary processing
| Materials | Surface Treatment | Applications |
|---|---|---|
| Stainless Steel | Powder Coating; Passivation; Blackening | Food-grade devices; Aerospace parts; Medical devices |
| Aluminum | Anodizing; Powder Coating | Aircraft parts; Agricultural instruments; |
| Copper | Polishing | Medical devices; Pipes |
| Brass | Polishing | Automotive parts |
| Nickel Alloys | Polishing | aerospace components |
| Inconel | Polishing | Medical devices |
| Monel | Polishing | Marine parts |
As the table above shows, we have a variety of options in materials, finishes, and processing. You can choose among them, and we are responsible for realizing your plan.
- Precision Metal Stamping Manufacturing
- Precision Metal Stamping Certification
Related Processing Ways
FAQ
1. What Is Precision Metal Stamping?
Precision Metal Stamping is a wide usage in various industries from medical to automotive. With the increasing demand for it, it becomes a popular processing method. Now, we would like to introduce the details about precision metal stamping.
Precision metal stamping is a technique that achieves the basic automation to produce metal parts. Its tight tolerance makes it stand out among other metal fabrication methods. There are some basic steps to make precision metal stamping parts: punching, embossing, bending, blanking, etc.
We usually use precision metal stamping to make smaller parts with high volume. The smaller stamping parts have higher tolerance requirements. If they don’t meet the tolerance, they will affect the precision of the products.
2. What Are the Advantages and Disadvantages of Metal Stamping?
Precision metal stamping has a wide application in industrial areas. We would like to list some advantages and disadvantages of precision metal stamping.
The advantages:
(1)Cost-effective If you choose to do mass production with the same specification, the cost will be greatly reduced with less labor. This is because it can achieve basic automation.
(2)High-precision Precision metal stamping is suitable for producing metal parts with tight tolerance.
The disadvantages: Precision metal stamping is suitable for prototyping. It needs a higher cost of the machines’ first operation, which may be more expensive than the cost of a production run. It needs a longer time to do precision metal stamping and refine the design.