1x W
1x W
4x W
2x CNC
Materials Applicable：Steel, Stainless Steel, Aluminum
Main Benefits：Durable, corrosion resistant, wide color options
Typical Applications：Enclosures, cabinets, industrial housings
Materials Applicable：Steel, Aluminum
Main Benefits：Low cost, flexible colors, fast processing
Typical Applications：Covers, brackets, sheet metal parts
Materials Applicable：Aluminum
Main Benefits：Corrosion resistance, decorative finish, hard surface
Typical Applications：Electronic enclosures, panels
Materials Applicable：Steel, Copper
Main Benefits：Improved conductivity, corrosion resistance
Typical Applications：Connectors, functional components
Materials Applicable：Carbon Steel
Main Benefits：Excellent corrosion protection, cost effective
Typical Applications：Outdoor structures, brackets
Materials Applicable：Carbon Steel
Main Benefits：Thick coating, long-term corrosion resistance
Typical Applications：Outdoor frames, construction parts
Materials Applicable：Stainless Steel, Aluminum
Main Benefits：Decorative appearance, fingerprint reduction
Typical Applications：Front panels, decorative sheet metal
Materials Applicable：Stainless Steel, Aluminum
Main Benefits：Improved appearance, smooth surface
Typical Applications：Decorative panels, visible components
Materials Applicable：Steel, Stainless Steel, Aluminum
Main Benefits：Matte finish, improved coating adhesion
Typical Applications：Pre-treatment before coating
Materials Applicable：Stainless Steel
Main Benefits：Improved corrosion resistance without changing appearance
Typical Applications：Medical, food-grade sheet metal
Materials Applicable：Aluminum, Steel
Main Benefits：Improved paint adhesion, corrosion resistance
Typical Applications：Aerospace, electronics
Materials Applicable：Carbon Steel
Main Benefits：Reduced glare, mild corrosion resistance
Typical Applications：Industrial sheet metal parts
| Description | |
|---|---|
| General Tolerances | +/- 0.1mm |
| Cutting Feature | ± .00787'' 0.2mm |
| Bend Angle | ± 1.0° |
| Bend to Edge | ±0.010" 0.254mm |
| Bend to Hole | ±0.2 mm |
| Laser cutting, Plasma cutting | +/- 0.1mm |
| Bending, Single bend | +/- 0.1mm |
| Double bend | +/- 0.2mm |
| More than two bends | +/- 0.3mm |
| Welding | +/- 0.2mm |
A: Sure! YUMEI has a team of experienced technical experts. Many times, our clients only have an idea but no complete design drawings. We can create 2D and 3D prototype designs based on the client’s requirements or existing samples. Production and processing will only begin after the client approves the design.
A:Metal sheets can be quickly cut into 2D profile shapes and formed using various high-strength materials, making them ideal for rapid tooling.
Rapid sheet metal fabrication offers the shortest delivery time, as fast as 1 day, with no minimum order quantity and low unit prices, making it an excellent choice for prototyping.
Mass production can significantly reduce unit prices.
A: Waterjet cutting ,Laser cutting,Plasma cutting,Mechanical cutting. These cutting methods offer different advantages in terms of accuracy, precision, speed, and cutting abilities.
A:Skill Requirements: Sheet metal fabrication requires highly skilled personnel , certain metalworking processes are manual, which increases the possibility of errors.
Involves Multiple Operations: Sheet metal fabrication typically requires multiple steps, significantly increasing processing time, especially for one-off and manual production.
Impact on Material Properties: The fabrication process can affect material properties, leading to internal stress changes.
Waste Generation: Sheet metal cutting often produces scrap and offcuts.
Sheet metal fabrication is a fundamental process in industrial manufacturing. It refers to a series of cold-working operations applied to metal sheets—such as steel, aluminum, and copper—to alter their shape, dimensions, and mechanical properties, thereby producing a wide range of functional metal components. This process is widely used across industries including automotive manufacturing, electronics and […]
Sheet metal fabrication refers to a range of cold-working processes for metal sheets (≤6mm thickness), including cutting, stamping, bending, riveting, and forming. It is widely used across industries such as electronics, telecommunications, automotive, medical devices, and architectural applications. Material selection is the foundation of sheet metal manufacturing, directly impacting: 1.Four Key Factors in Sheet Metal […]
What is Industrial Sheet Metal Fabrication? 1.1 Definition of Sheet Metal Fabrication Sheet metal fabrication is a set ofcold-working manufacturing processes that shape thin metal sheets (typically 0.2mm to 6mm thick) through cutting, bending, stamping, welding, and surface treatment. As a subtractive and plastic forming process, it does not involve high-temperature melting, making it ideal […]
