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    Metal Fabrication: What It Is And How We Benefit From It
    21-09-2021

    Metal Fabrication: What It Is And How We Benefit From It

    The ability to work with metals in the form of smelting was discovered around 6000 BCE in West Asia. Metal fabrication involves any technique used to shape or change metal used for construction purposes. This process could be as simple as heating up metal and shaping it with a hammer or as complex as using a machine to cut certain metals into pieces, not unlike how a computer works. Throughout time, this has been improved upon by adding different equipment and tools that were used to shape metals into new forms or created them as such from scratch.

    1. What Is Metal Fabrication

    Metal fabrication is the branch of engineering that deals with the process of cutting, shaping, and joining materials to make products. Metal fabricators are involved in manufacturing components used in buildings, bridges, roads, ships, automobiles, planes, and space vehicles.

    Many types of metal can be fabricated and used for construction purposes. A good example of this would be steel fabrication which is used for heavy constructions such as skyscrapers, bridges, overpasses, and other large-scale projects. Steel is also used for bringing balance to residential homes or other types of construction.

    Some metals are chosen for certain jobs because they have the perfect mix of properties to make them ideal materials. Properties such as strength, ductility, and malleability are very important factors to consider when using metals for construction purposes.

    2. Metal Fabrication Types

    While most metal fabrication techniques work in a similar manner, they have been broken down into different classifications depending on how it is carried out. Generally speaking, there are three main types of metal fabrication:

    • Hand Fabrication - This is the process used to create one-of-a-kind products using either a machine or hand tools.

    • Drop-Hammer Fabrication - This method of metal fabrication is used to shape or flatten metals using a heavy-duty machine that pounds the material into place. It's mostly used in the automotive industry today. It works by dropping a heavy hammer onto the metal at high speeds, resulting in pieces with different shapes and sizes.

    • Powder-Metallurgy Fabrication - This type of metal fabrication involves a powder being combined with a binding agent, after which it is shaped and heated to form a new material. It's usually used for mass production in order to meet the high demand in the market.

    3. How We Benefit From Metal Fabrication

    By using the proper equipment and resources, we can build structures that will last for decades down the road. This reduces the need to replace structures due to old age or damage brought about by natural disasters such as earthquakes and floods.

    Metal fabrication techniques allow us to design structures according to our needs and specifications, ultimately creating a building system that is strong and versatile. A lot of architectural innovations are possible today because of it. This, of course, helps create structures that are aesthetically pleasing but also practical in terms of everyday use.

    Another benefit metal fabrication brought about is the development of new techniques and improved production methods. By being able to manipulate different types of metals, we can use them in a variety of applications that were otherwise not possible before.

    Metal fabrication has allowed us to make significant strides as a people by giving us the tools to help improve how we live. It has made possible the construction of buildings used for everything from housing to other day-to-day tasks that require a certain level of durability and stability. Space travel is now possible thanks to metal fabrication as it has given us the materials needed to build vehicles that can withstand the extreme conditions of space. By using the proper equipment, we can make metal fabrication more affordable and efficient. This is why it has become a staple in many industrial processes today.

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