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Custom Metal Fabrication

RapidDone offers complex sheet metal prototyping services from design to manufacturing, covering from rapid prototype to mass production. Our sheet metal services include water jet, laser cutting, stamping, punching, welding, grinding with a wide selection of materials and finishes requirement.

As a one-stop solution custom metal fabrication supplier in China, we can offer you custom metal sheet parts with high quality. Those parts include metal bracket, metal cabinet, electrical enclosure, and more, covering both rapid prototypes and production parts. Contact us today for your project!

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Our Outstanding Sheet Metal Fabrication Capability

laser cutting
bending services
Sheet metal stamping

We have high accuracy laser cutting machines in house from China and be able to cut steel material thickness up to 20mm with high tolerance.

We have a high level of CNC bending manufacturing ability in China. With our full range of standard CNC press brake tooling, we are able to make all kinds of bending processes.

Routing service is one of our best advantages, our experienced team can work quickly to meet your custom requirement.

Best Sheet Metal Fabrication Services

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1. Wild Material Selection
A wide variety of metals can be used in sheet metal fabrication including aluminum, copper, SPCC, SGCC, stainless steel, thickness range from 0.5mm to 20mm.

2.Custom Finishes
There is a variety of custom finish selections, including bead blasting, anodizing, plating, powder coating, painting, custom finishes.

3.Quick Turnaround
Offer fast delivery, sheet metal prototyping or parts can be done and delivered as fast as several days.

4.Flexible Services
We have a very strong custom ability and be able to support OEM/ODM services from China. We also are flexible and support both sheet metal rapid prototypes and production parts.

    Custom Sheet Metal Parts to Promote Your Brand

    Metal Sheet Bracket Part
    Sheet Metal Box Prototype
    Custom Sheet Metal Cabinet

    Metal Sheet Bracket Part

    Aluminum Sheet Metal Box

    Custom Sheet Metal Cabinet

    Stainless Steel Fabrication Prototyping

    The Complete Guide For Our Custom Metal Fabrication Manufacturing

    As a premier manufacturer of sheet metal products in China, RapidDone can quickly design and fabricate custom sheet metal prototypes and parts precisely what you need. With our experienced engineers and design experiences, we can be with you every step of the process and help on the exact need of your parts efficiently.

    We just want to let you know that Whether you’re looking for a custom metal prototype or sheet metal product parts. We, at RapidDone, provide the right one for your field demands at a competitive price.

    Lastly, we know you may need a custom sheet metal parts that meet your unique manufacturing requirements.

    Thus, we make this FAQ guide answers all possible questions you may have about the metal prototype part, based on our manufacturing experience.

    Read until the end to be an expert in this area.

    What Is Sheet Metal Fabrication?

    Custom sheet metal fabrication refers to the manufacturing progress of forming a single metal sheet into parts with a custom shape. Under this progress, it includes many manufacturing ways such as cutting, punching, folding, finishing, assembling, and more.

    Parts can be used for both low-volume prototypes and production parts. Since it refers to initial setup and material costs, a high-volume product is much more cost-saving than a prototype build.

    What Are The Advantages Of Custom Metal Fabrication?

    First, custom sheet metal fabrication parts are highly durable. With good properties of high structural strength and longevity, it is good for both prototyping and end-use.

    Next, the custom parts can be built from a full range of Sheet metal materials, and offer a broad range of mechanical properties.

    Also, production is cost-efficient. With the high efficiency of replicating ability, the metal fabrication machines can produce parts at a low cost per unit.

    While at it, due to the high efficiency of manufacturing way, parts can be built and delivered at a rapid turnaround.

    Lastly, it can be customized into different sizes with all kinds of finishes.

    What Are The Custom Sheet Metal Tolerances?

    The tolerances tend to vary depending on a wide range of factors such as the number of the manufacturing process and part feature.

    Essentially, the fewer fabrication steps, the higher precision for a part. Meanwhile, the hole feature has a tighter tolerance than a bending feature.

    What Is The Common Fabrication Material?

    There are quite a several but three types mainly.

    The first variety is steel including stainless steel 301, stainless steel 304, Galvanized sheet,

    cold-rolled sheet, and more. Due to the cost-efficiency and good machining property, it becomes the most ideal material for sheet metal fabrication.

    Copper is the next variety including copper101, copper c110, and coper260. It is ideal to make into spring prototypes and parts.

    Aluminum, at last, is another common material for custom sheet metal fabrication. This type of material includes Aluminum 1060, Aluminum 5052, Aluminum6061 which have good corrosion resistance and a high strength-to-weight ratio.

    What Are The Common Finishes?

    There are mainly four varieties for the finishes including the standard, powder coating, bead blasting, anodizing for sheet metal fabrication parts.

    What Are The Applications For Custom Sheet Metal Fabrication Parts?

    Custom sheet metal fabrication parts are widely used for both indoor and outdoor environments.

    The Part is made into custom enclosures, cabinets, chassis, brackets, custom hardware, Aerospace parts, and more, covering the whole manufacturing industry.

    metal fabrication cutting

    What Are Custom Sheet Metal Fabrication Processes?

    Custom sheet metal fabrication seems a little complicated as it can be constructed into all kinds of shapes, but the whole manufacturing progress can be simply cut into three steps processes as below.

    The first is cutting progress which is also called material removal progress. In this progress, there are several different ways that include laser cutting, water jet cutting, plasma cutting, and punch cutting.

    Among all of them, laser cutting involves the use of a laser for achieving precise cuts in sheet metal. It is more precise and energy-efficient than some other cutting processes for big size and thinks metal sheet material, which also is the most common way in our factory, especially for a prototyping build.

    Punch cutting, on the other hand, it is another common way and more ideal to be used into small size application.

    After the cutting, we have the forming that is also called material deformation. There are several techniques of forming that include rolling, spinning, bending, stamping, and welding.

    Lastly, it is finishing. This refers to the prototype parts being polished with an abrasive to eliminate rough spots and edges and get a smooth feature. After this process, it normally also involves finishing progress such as painting and anodizing.

    How Much Does Custom Sheet Metal Fabrication Cost?

    It depends. The general cost of a custom sheet metal part is dependent on several elements including the metal part size, material, complexity, and the purchasing quantity.

    In a word, the less material cost and less fabrication time based on the same MOQ, the cost is lower.

    What Are The Types Of Fabrication?

    There are many different types of metal fabrication processes. Among them, the most common include Cutting, folding, forming, punching, stamping, welding, polishing.

    To fabrication one part, we may need one or several processes above which depends on part design. For instance, we may only need the cutting process for one flat sheet part. But we may have to use all the above processes for a big cabinet product.

    What Is The Sheet Thickness Range Of Metal Fabrication?

    Unless we join two pieces into one piece, sheet metal material thickness should always be consistent. Aside from that, a variety of metals is available, and the sheet thicknesses can range from 0.02 inches to 0.25 inches.

    Are There Any Machining Tips For Custom Metal Fabrication?

    The sheet metal fabrication process can be complicated, so it is important to have a set of design strategies defined when developing a sheet metal product. To get the most cost-effective part, we list a few key manufacturing practices as below.

    √ Make A Correct Selection For The Sheet Metal Material

    In most instances, material cost takes a big portion of a metal sheet part. Thus, it is important to choose a less expensive material under your design allowing. For example, aluminum is better than copper material.

    Besides, you need to know that stock sizes are much cheaper than other types of metal sheets. Be sure you make it the first option during material selection.

    √ Simplify Your Fabrication Design

    First, you need to know that all sheet metal parts start flat, so the part design needs to follow a common gauge for all features. However, you do be able to have different thicknesses, but you have to weld them together, which leads to a higher cost.

    Next, we need to take good care of the bend radius. The workpiece will have a big increase in the strain when the bend radius gets smaller, so it is important to design simple angled bends with a bigger radius.

    Lastly, the smaller for holes, the cost is higher during metal sheeting cutting progress. Besides, it may easily cause distortion issues during cutting. Thus, it is ideal to keep the hold size larger than the metal sheet material thickness.

    √ Fabrication Tooling Considerations

    In general, a complicated feature will ask for tooling which means additional time and cost. Therefore, it is advisable to make the design simple that allows for conventional press brake tooling and the other low-cost common tooling.

    √ Make Management For Tolerances

    Typically, a metal part can accept a loose tolerance for most of the features, only a few dimensions are critical for the function. By accepting a lower tolerance, we can have a lower defective rate and higher production rate. For this reason, we should only call out tight tolerances for the key features to lower the costs.

    √ Keep Uniform Bend Orientation

    We need to know that we will need to make reorientation if the bends are not designed in the same direction, this causes additional manufacturing time and brings the cost up accordingly. For this reason, the designer should try to maintain uniform bends during fabrication progress.

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