5 Steel Fabrication Processes You Can Expect From A Steel Fabrication Services
Steel fabrication refers to an array of vital processes in the industrial and manufacturing sector that convert raw steel into processed structures. During these processes, steel is shaped, cut, molded, sheared, punched, welded, and stamped, among other procedures. All these are geared towards fabricated custom-made end products rather than those crafted from ready-made parts. Below are a few crucial types of steel fabrication processes you can expect from steel fabrication services.
Cutting is the initial and typical phase of the steel fabrication exercise where steel is split into pieces. In the past, while cutting steel, the preferred technique was sawing. Still, steel fabrication services have embraced cutting-edge techniques like water jet cutting, lasers, and power scissors. Other popular methods include computer numerical control or CNC cutters and chiseling.
Folding is another steel fabrication process where steel is fashioned to bend at a predetermined angle via a procedure known as a press brake. In the industrial and manufacturing industry, steel has to be turned to form some steel parts, and folding comes in handy to air bend and shapes the steel sheets into form.
Machining is a procedure where steel fabrication services shape steel into the preferred design by getting rid of unwanted metal. The machining exercise is executed in several ways, including drilling, which utilizes rotary cutting equipment to make holes in the steel; turning, where the steel revolves against the cutting tool; and the milling process.
Punching is a steel fabrication service where steel fabricators punch press steel to form holes. In this process, the punch passes cleanly through the work and then into a die, resulting in steel pieces with holes usually used in fastening or removing steel parts known as blanking. While punching, the punch press and the dice need to have similar dimensions as that of the desired hole.
Also called die-cutting, shearing comes in handy in cutting long and straight lines on flat steel using a pair of tools. While one device is located above the steel, the other is situated below to apply pressure in the process. The upper tool pressures the steel downwards onto the immobile lower blade, and then it cuts it. In this procedure, the space in the middle of both upper and lower edges is dependent on the needed offset.
Steel fabrication services should be conversant with all these kinds of steel fabrication operations and more. Selecting steel fabrication services that meet all the needs of your construction project is a move that you cannot take lightly.