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4 Processes of Metal Fabrication

4 Processes of Metal Fabrication

Here, you’ll learn about the cutting, bending, stamping, and welding processes. Although you’ve probably heard of the former processes, you may not know which ones are involved in metal fabrication. Learn about the major processes involved in metal fabrication and learn how they work. Once you’ve understood their differences, you’ll be better equipped to make the right decisions for your metalwork project. After all, you’ll be working with metal, so it makes sense to know what is involved in each. After understanding the process, you’ll be able to hire reliable metal fabrication companies in UAE.


One of the basic metal fabrication processes is punching when making a metal object. The main goal of punching is to create a hole in the metal, but it also involves deforming the metal to round the resulting hole. The minimum diameter of a hole should be larger than the metal’s thickness. If you’re not sure how to properly punch a hole in metal, check out this tutorial on punching.


While all of these processes can be referred to as “bending,” they differ greatly in their processes. In general, each type of bend is defined by its radii and minimum flange length. The length of each flange reflects the minimum material thickness. The thickness of the material will determine how much tonnage will be required for each operation. The thickness of the material will also determine the type of bend, as thicker materials will require more tonnage than thin ones.


The metal stamping process involves using a series of dies to cut or form the workpiece gradually. Stamping presses have multiple stations to perform different metalworking processes. As the press moves down, the workpiece moves along a conveyor system. When the die opens, the part moves along a horizontal conveyer belt. A final machine then cuts it. While stamping a sheet of metal, the process produces low waste.


Metal fabrication requires a variety of skilled workers to complete. Welding is one of these processes. It involves joining two metals together with a high-voltage arc. Different non-ferrous metals have different melting points, and some melt at much lower temperatures than others. For example, Stainless Steel requires 11% Chromium, while Carbon Steel melts at 2,600 to 2,800 degrees.