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A metal formation process that needs the custom techniques and tooling to give out the specific parts for the customer is Customer Metal Stamping. Various applications in the industries use custom stamping process so their professionals can fulfill the large volume productions. This process enables all the parts to accurately meet the specifications. Moreover, there are some prominent firms delivering Custom Metal Stamping Process Services at affordable price.

For those who use custom metal stamping, they cannot find the benefits are anywhere else. Compatibility, dependability, durability, customization, and ownership are the main advantages of custom tooling. Customizing parts should be your first choice if these characteristics are important for your project.

There isn’t necessarily a standard shape for metal stamping that you may see in a catalogue. In contrast to off-the-shelf models. The custom metal stamping actually offers countless possibilities, compatibility, durability, and many other advantages. For clients in numerous industries, design engineers can work on a wide variety of metal stamping projects.

Below, we’re providing an overview of a few recent projects that our suppliers are doing in order to better demonstrate the adaptability of custom stamp metal parts.

Process Of Metal Stamping Sheet

The sheet metal, die, and press machine are the only real three parts in sheet metal stamping. Although, each part may go through several processes to reach its final shape. The instruction that follows covers a few typical procedures that could happen while metal stamping.


The process of forcing flat metal into a different shape is “forming.” Depending on the design requirements for the part, it is possible in a variety of methods. You can transform the metal from a very simple shape to a difficult one by a succession of processes.


The simplest process that is “blanking,” which begins when the sheet or blank goes into the press and the die to cut out the desired shape. The final product is a blank. The blank may be a fully complete blank, which is the desired part, or it may proceed to the next step of forming.


Drawing is a more difficult procedure that creates vessels or significant depressions. To modify the shape of the material, tension works best to precisely drag it into a cavity. Although the material may stretch while pulling it. The experts work to minimize stretching in order to preserve the integrity of the material. Drawing is typically to make oil pans, cooking utensils, and sinks for vehicles.


When piercing, which is nearly the reverse of blanking, technicians use the material on the outside of the punctured region rather than keeping the blanks. Consider cutting biscuits from a rolling dough circle as an illustration. The biscuits go on saving during blanking. However, when piercing, it throws the biscuits away and the hole leftovers constitute the desired result.

Various Applications For Sheet Metal Stamping Programmer

With the help of highly particular computer-aided drafting and production programmes. It moulds the sheet metal into intricate pieces during the stamping process. Stamping sheet metal rapidly and effectively produces outstanding, durable, heavy-duty products. Results are usually more dependable and constant than hand machining because of how accurate they are.

Sheet metal stamping-produced components are perfect in the following sectors:

  •         Automotive
  •         Sustainable power
  •         Medical
  •         Industrial
  •         Hardware
  •         Home Renovation

What Are The 4 Type Of Metal Stamping?

Following are the 4 types of metal stamping:

1. Progressive Die Stamping

First, a progressive stamping press works well to feed strip metal. In the die press, where each station of the tool then executes a different cut. It also adds punch, or bend, the strip steadily unrolls from a coil. Each station that comes after it builds on the work by the ones before it, creating a finished portion.

A manufacturer may need to often replace the tool on a single press or use several presses, each of which performs one task necessary for a complete component. Secondary machining operations frequently requires to fully complete a product. Even when using numerous presses. In order to achieve the following requirements for metal products with complicated geometry, progressive die stamping is the best option:

  •         More rapid turnaround
  •         Lower cost of labor
  •         Shorter run distance
  •         Increased repeatability

2. The Four Slide Stamping

Four slides work well simultaneously to form the workpiece in a four slide, or multi-slide, operation. It involves horizontal alignment and four separate slides. Even the most complex items that you may develop using this procedure’ precise cuts and complex bending.

The use of four slide metal stamping can be more advantageous than typical press stamping in many applications. Several of these benefits include:

  •         Flexibility for more complicated parts
  •         Greater latitude for design modifications

A four-slide, as the name suggests, has four slides, allowing for the simultaneous use of up to four separate tools, one for each slide. Each shaft that has a tool link to it bends the material that is fed into a four-slide quickly.

3. Stamping With A Deep Draw

Deep drawing is the process of forcing a sheet of metal into a die and shaping it there. The process is “deep drawing” when the specific part’s depth is more than its diameter.

This kind of forming is an economical substitute for turning methods, which often demand for using up more raw materials. It is perfect for producing components that require numerous series of diameters. Deep sketching often works well for and produces the following things:

  •         Automobile parts
  •         Components of aircraft
  •         Digital relays
  •         Kitchenware and utensils

4. Short Run Stamping

For prototypes or small projects, short-run metal stamping can be the perfect answer because it has low upfront tooling costs. Manufacturers bend, punch, or drill the part once the blank is made using a mix of special tooling parts and die inserts.

Although the cost per piece may be greater due to the custom forming procedures and smaller run size. The short runs can sometimes be more cost-effective for many applications, especially those that call for quick turnaround.

To generate the custom variant, you need when your production requires it, get in touch with bespoke tool and custom stamping suppliers.

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