Customized Material Thickness SS304 CNC Stamping for Medical Device Construction

Custom Metal Bending Deep Drawing Stamping SS304 CNC Sheet Metal Stamped Service for Medical Deviced

Description Of Metal Stamped Parts

Metal welding is a manufacturing process that involves joining two or more metal parts together by applying heat, pressure, or both. The process typically melts the edges of the metal parts, allowing them to fuse together when cooled. A filler material may also be used to help form a strong bond. Welding is widely used in many industries, including construction, automotive, aerospace, and manufacturing, to create durable, high-strength connections between metal components. Metal welding is a critical joining process that creates strong, durable connections between metal parts. With various techniques available (e.g., arc welding, gas welding, laser welding), welding offers versatility and precision for different materials and applications. While it requires skill and expertise, welding remains an essential process for building everything from small mechanical parts to large structural components in industries like automotive, aerospace, and construction.

Advantages Of Sheet Metal Fabrication Service

Sheet metal stamping is a processing method that uses molds and stamping equipment to apply pressure to sheet metal to plastically deform or separate it to obtain the desired shape and size of the part. It is widely used in the manufacturing industry, especially in medical equipment, automotive, aerospace, electronics, home appliances, and construction. Its main advantages include:

Extremely high productivity:

The stamping process is very fast, usually taking only a few seconds to a few seconds per stroke. The sheet metal stamping process is ideally suited for mass production. An automated stamping line can produce more than a dozen stamped parts per minute or even more, which is far more productive than other processes such as machining, die casting and casting.

Excellent Cost Effectiveness:

Although the upfront investment in tooling is relatively high, once the tooling is used for production, the cost of individual parts becomes very low and the cost of the tooling is evenly distributed across each part, making the cost of each stamped part more competitive.

High precision and consistency:

Parts produced by the same mold have extremely high repeatability and consistency, with micron-level precision, ensuring the stability and interchangeability of product quality.

Ability to manufacture complex shapes:

Through the use of multi-station progressive dies or a variety of stamping processes (such as deep-drawing, flanging, bending, expansion, etc.), it is possible to manufacture parts with very complex shapes and features such as three-dimensional curved surfaces, reinforcing ribs, holes, and bumps.

Good material utilization:

Through reasonable layout design, waste can be minimized and material utilization maximized.

Excellent surface quality and smoothness:

The working surfaces of the molds are usually precision polished, so the stamped parts have good surface quality, high finish and consistent appearance, and usually require no or very little subsequent surface treatment.

Ease of automation:

Stamping technology is well suited for automated production, which can automate the whole process of automatic loading, stamping, output, and waste disposal, improve production efficiency and safety, and reduce labor costs.

Wide material adaptability:

A variety of metal plates can be processed, such as mild steel, stainless steel, aluminum and its alloys, copper and its alloys, titanium alloys, as well as some non-metallic plates.

To sum up, the core advantage of sheet metal stamping lies in its ability to realize high efficiency, low cost, high precision, high consistency and manufacture complex shapes under mass production conditions. This makes it one of the key indispensable processes in modern manufacturing. Of course, its main disadvantage is the high cost of molds and long cycle time, which is not very suitable for small-lot or single-piece production.

Support and Services(Steel Parts Stamped Service)

We have a sheet metal stamping factory with shares in Dongguan. The factory is equipped with multiple stamping machines, including punch presses, bending machines and presses.

Applications Of Custom SS304 Stamped Parts Supplier

Metal welding technology offer help for various industries:

• 1. Automotive industry (one of the largest application fields) : roof, trunk lid, radiator bracket, seat belt fastener, armrest bracket.
  2. Home appliance industry: Outer drum of washing machine, electrical control box, cavity of microwave oven, control panel
  3. Electronic communication industry: Connector housings, brackets, distribution cabinets, control cabinets
  4. Medical industry: Operating table components, instrument handles, analyzer casings
  5. Industrial equipment: mechanical and electrical enclosures, pump casings, brackets, covers, flanges, gaskets

FAQ(Metal Stamping Parts Service)

Q: Are you trade company or manufacturer?
A: We are professional manufacturer with over 17 years experience, welcome to visit our factories.
Q:Do you offer OEM or ODM business?
A: Yes. OEM is our main business.
Q: What certifications do you have?
A: We have the following certifications: IS09001:2015, CE-Rohs.
Q: Can you help assembling the parts after it is manufactured?
A: Yes. Our factory has multiple assembling lines.
Q: What is the price of our metal welding service?
A: The price is depend on your projects. Typically, our prices are competitive.
Q: What are the packaging details for the products?
A: The package can be customized according to your requirements.
Q: What is the delivery time for the welding service?
A: For welding metal parts, 7~15 working days for sample, 30 working days for mass production.

Q: Will my drawing or other documents be safe after you get it?
A: Yes. We can sign confidential aggrement for all your projects.