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Fabrication Processes At A Glance

December 18, 2018

Fabrication Processes At A Glance

Fabrication refers to various production processes used to manipulate raw materials and turn them into something more applicable and refined. Steel is one of the most commonly used materials around the globe. It is used to build numerous structures across multiple industries. Its sturdy and robust nature make steel a great product to build small parts for large structures and machinery.

Bending, welding, cutting, and assembling are some of the processes that materials undergo during fabrication. The fabrication of steel and other materials play a key role in the manufacturing industry and the overall development of operational equipment. From a tiny safety pin to a large construction structure, fabrication is geared towards making operations easier and more streamlined.

Traditional fabrication

Cutting is one of the oldest methods to reshape steel and make it usable. It took the human race thousands of years to build the fabrication tools we have today. The use of plasma, waterjet, and laser technologies are some of the means of fabricating metals. Folding is another fabrication process used to curve or bend metal. Similarly, machining is also a fabrication process that is used to refine a metal piece by removing additional parts.

Modern metal fabrication tools

Metal fabrication is a highly technical and complex process which many of us don’t quite understand. However, it requires special equipment and skills to operate complex machines and produce desired results. Most fabrication operations involve forming, joining, and shaping metal parts together to produce a tangible part of a new product. With the help of modern industrial technologies such as CNC machining and robotic welding, fabrication shops can produce premium quality parts in batches.

Automation technology is used to streamline fabrication processes such as welding and cutting. Automated machines not only produce parts but also ensure quality throughout the process. Post-process applications such as assembling and packaging are often performed by automated fabrication systems. When every production process is controlled centrally through a computer, the need for human intervention decreases. In technologically advanced industries such as automotive and manufacturing, most of the metal fabrication processes are carried out by intelligent machines.

The metal fabrication industry is a very competitive market. It is very difficult for manufacturers to stay profitable in this market where demand for innovation, efficiency, and quality is high. However, the good news is that even small companies and shops can use advanced fabrication tools in a cost-effective manner.

About Quality Millwright

Quality Millwright provides fabrication and engineering services in Edmonton and surrounding areas. We provide state-of-the-art fabrication services to a wide range of industries. Visit our website to learn more about our millwright services or contact us for more information!

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