Metal fabrication is a broad term that refers to every process that involves cutting, bending, shaping, or moulding metal material into a finished, fabricated metal product. The method of fabrication is used in engineering to manufacture a wide range of sheet metal and other metals, which will make them into a typical shape.

Metal fabrication work is a step that is necessary before you can make any finished metal item or structure. For example, custom metal fabrication uses metallurgy to find the optimal metal. Expanded metal, plate metal, cast metal, and welding wires are the primary materials often used in metal fabrication shops.


How to Fabricate Metal

There are many different types of metal fabrication that you can use to get your final fabricated product. Some of the common types of metal fabrication processes and types are discussed below.



Casting may be done in a variety of ways. Moulds and dies are used for casting, in which hot metal is poured into a mould or die and allowed to cool and solidify. The melted metal is poured into a mould, and the casting process is finished when the metal hardens. Instead of using a mould, liquid metal is pressed into a die, where it is held in place by pressure until it solidifies. This procedure supports high-speed applications. The mould may be reused to produce similar goods in mass production in the metal fabrication project.

Casting methods come in several forms. The use of a vacuum may also be necessary at times. Permanent mould casting may produce stronger castings than die casting, but removing them from the finished product might be challenging. That’s why there are semi-permanent mould castings. There are disposable cores in these moulds, making them easier to remove and less expensive. Sand casting is the last step in the casting process.

Sand casting creates castings by pressing a mould into a fine sand mixture and then pouring it into a mould. It serves as a mould for pouring the molten metal. This method is more time-consuming, but it is more cost-effective in the long run. Additionally, it is helpful for complex designs or large-scale metal manufacturing.



Stamping is like punching, except a press makes an impression instead of making a hole in the metal. The turret elevates the metal, not driving it through the die. Shapes and letters may be created by stamping on metal. Stamping presses come in two flavours: mechanical and hydraulic.

The metal fabrication industry uses stamping machines to cast, punch, slice, and shape metal sheets. Metal stamping presses are capable of various operations, including blanking, metal coining, and four-slide shaping, among many others. Sheets with a thickness of up to 1/4 inch are shaped and sized to a precise specification.



This manufacturing method involves manipulating it to bend metal. Wrinkles are expected when applying pressure to punch and die. Sheet metal fabrication is often shaped using this method. Folders or folding machines are other options. An adjustable clamping bar keeps the workpiece positioned as the front panel raises upward, bending the metal into your desired shape, whether that be flat sheet metal, circular sheet metal, rectangle sheet metal, or many more.



Machining is a metal production technique that involves eliminating undesired material from a piece of metal. Drilling, turning, and milling are all examples of machining techniques that you will see when you go to a machine shop or designated fabrication company.


It is possible to attach pieces of metal with welding by applying heat and pressure simultaneously. You can fabricate metal into any form or size with this method. Stick or Arc Welding, MIG Welding, TIG Welding, and Flux Cored Arc Welding are four prevalent welding methods. Here at Astra Engineering, we’re renowned for our stainless steel fabrication specialities, but we have been dedicated to gaining years of experience in metal and aluminium fabrication in order to give our customers the broad spectrum of