OEM Services
Sheet Metal Fabrication
Custom Sheet Metal Fabrication & Cutting Services – Rapid Sheet Metal Prototyping Company China
If you want to find a cost-effective and rapid sheet metal prototyping solution for your manufacturing needs, HRS can be a good choice for you. Based on extensive experiences and professional expertise, our sheet metal fabrication services are available for both prototypes and low to high-volume production runs. Working with HRS, the most advanced fabrication machinery allows us to fabricate end-use sheet metal parts and cut various materials with high efficiency while maintaining premium quality, which saves money and time for our clients significantly. A wide range of materials and surface finishes enable us to make the best option for your project, the raw materials include but are not limited to stainless steel, aluminum, brass, copper, steel, plastic, etc. Polishing, painting, sandblasting, plating, anodizing, powder coating, and other finishing services bring better surface quality to your parts. Our custom sheet metal fabrication service provides durable and affordable sheet metal components that meet your specifications for automotive, medical, aerospace, electronics, food, construction, security, marine, and more industries. Sheet materials or stock are usually cut using a high-powered CNC laser or water jet. Our CNC cutting services can cut an extensive range of materials using laser cutting, water jet, and other technologies. According to your requirements and applications, we’ll offer suggestions for product design, suitable materials, and the most cost-effective methods for sheet cutting. Minimal cost, time, and best quality are our purposes. Equipped with state-of-the-art facilities and measuring equipment in our factory, CNC metal, and plastic cutting now supplies CNC cutting parts for a number of business sectors and private individuals, catering to both long and short production runs. Fast to send your inquiry or submit your drawings to get a free quote in the shortest time.
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Why Choose Custom Sheet Metal Fabrication & Cutting Services At HRS?
☑ Capabilities in fabrication, machining and finishing enable us to offer one-stop shopping
☑ Sheet metal fabrication service supplies durable parts for prototype and end-use
☑ A wide selection of material and surface metal finishing or treatment processes
☑ Accurate dimensions and specifications based on your demands and a variety of instruments
☑ Capabilities in fabrication, machining and finishing enable us to offer one-stop shopping
☑ Sheet metal fabrication service supplies durable parts for prototype and end-use
☑ A wide selection of material and surface metal finishing or treatment processes
☑ Accurate dimensions and specifications based on your demands and a variety of instruments
Sheet Metal Materials
Sheet metal is a widely used form of raw material, usually 0.006 and 0.25 inches thick sheet used in sheet metal fabrication. Use the sheet metal gauge chart on our site to designate the thickness. Here are some popular sheet metal materials, stainless steel grade 304 is one of the most common options due to its good corrosion resistance, formability and weldability. If your applications are pumps, valves, chemical equipment, and marine product, grade 316 is recommended. For aluminum, the four most common aluminum grades available as sheet metal are 1100-H14, 3003-H14, 5052-H32, and 6061-T6. Brass is also widely used in the sheet metal fabrication process, it has more strength, corrosion resistance, and formability when compared to copper while retaining its conductivity.
☑ Aluminum: Al 5052, 6061
☑ Copper: C101, C110, brass (C260)
☑ Stainless Steel: SS 301, 304, 316/316L
☑ Steel: low carbon steel
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Types Of Sheet Metal Finishes
Sheet Metal Fabrication Sizes & Tolerances
1. Dimensions of sheet metal fabrication parts
☑ Size: 47 in. x 119 in. OR 1,193.8mm x 3,022.6mm (max).
☑ Bend length: 10 ft. OR 3.048m (max).
☑ Flat part: 0.5 in. x 0.5 in. OR 12.7mm x 12.7mm(min).
☑ Formed part: 1.5 in. x 1.5 in. OR 38.1mm x 38.1mm (min).
2. Sheet metal fabrication tolerances of different features for reference.
☑ Bends: +/- 2 degree.
☑ Offsets: +/- 0.024 in. (+/- 0.608mm).
☑ Hole Diameters: +/- 0.010 in. (+/- 0.254mm).
☑ Edge to Edge/Hole; Hole to Hole: +/- 0.010 in. (+/- 0.254mm).
☑ Hardware to Edge/Hole:+/- 0.020 in. (+/- 0.508mm).
☑ Hardware to Hardware: +/- 0.030 in. (+/- 0.762mm).
☑ Bend to Edge: +/- 0.020 in. (+/- 0.508mm).
☑ Bend to Hole/Hardware/Bend: +/- 0.030 in. (+/- 0.762mm).
☑ Features Separated By Two or More Bends: +/- 0.060 in. (+/- 1.524mm).
What Is Sheet Metal Fabrication?
Sheet metal fabrication involves a set of manufacturing processes of forming either prototypes or end-use parts from sheet metal. Cutting, bending and punching are commonly used. So typical tools used in sheet metal fabrication including brakes, punches and dies. The type of machine used depending on the material, the gauge of the sheet, and other factors. Most sheet metal components require a combination of forming processes, but this will not increase the price greatly. The 3D CAD design will be converted into a special machine code, which controls the machine to execute cutting operation precisely and fabricate the final part. Sheet metal parts are known for their durability and economics, which makes them the perfect choice for lots of end-use applications.
How Does Sheet Metal Fabrication Work?
The common sheet metal fabrication process starts with material removal, during the stage, the raw material is cut to the desired shape by different cutting tools. A variety of subtractive machining processes can complete the operation. The second stage of sheet metal fabrication is material deformation. The piece that has been cut needs to be formed into a 3D shape with the forming process like bending. No materials are removed during the stage. The last step is to assembly several pieces into a complete product if there are multiple parts. Sometimes, surface treatment is needed to provide a better surface finish
What Is A Sheet Metal Prototype?
A sheet metal prototype is an early sample, model, or release of a metallic product used to test a concept or process. Rapid sheet metal prototyping service develop prototypes based on designs submitted by customers and test the product before it enters the market. This can minimize the loss and reduce the risk. Various sheet metal prototyping processes at hrs can design your orders in hours and suit your varying needs.
Advantages Of Sheet Metal Fabrication
☑ High malleability and durability to withstand pressures and last a long time.
☑ Reduced tooling time to cut or bend the metal, save on the production cost.
☑ Easy to handle custom simple or complex projects, whether prototypes or large scale.
☑ Standard sheet metal thickness used in laser cutting or bending.
☑ Inexpensive but high-quality end-use sheet metal products.
☑ Improved construction quality, easier to maintain.
☑ Sheet metals can be formed into virtually any desired shape.
☑ Sheet metal parts are recyclable and not harmful to the environment.
☑ High strength and high resistance to corrosion, sun, and moisture.
What Are Sheet Cutting & CNC Cutting?
Unlike traditional cutting services, CNC cutting is a subtractive manufacturing method that uses a variety of different cutting technologies combined with computer numerical control software to remove excess materials from the block and create specific 2D or 3D shapes. Sheet cutting refers to the process in which the materials are sliced into flat forms following a profile. Common CNC cutting machines and sheet cutting tools include laser, water jet, route, plasma, knife, etc. CNC cutting services provide products for aerospace, automotive, chemical, agriculture, military, defense, and commercial and industrial applications. Sheet cutting is widely applied due to its speed, precision, and accuracy, as well as little human error. CNC cutting process can be performed alone or with other processes depending on the configuration and purposes.
Types Of Sheet Cutting CNC Cutting Technologies & Processes
Our CNC milling services offer a combination of high accuracy, efficiency, and versatility, catering to a wide range of industries and applications.
