STRUCTURAL METAL FABRICATION

Structural fabrication refers to the cutting, bending, and assembling of raw materials—generally steel—to create finished products, systems, and structures. It does not include any operations focused on strengthening or repairing the materia

With prefabrication, there is less risk for problems with dirt, moisture, and other environmental hazards because workers create sub-assemblies in factory-controlled environments. Recently, prefabricated materials and engineering have improved to make the structures and assemblies as strong as traditional buildings

Cutting, punching, forming, shearing, stamping, welding are common fabrication techniques used to shape, cut, or mold raw metal material into a final product. Fabrication is distinct from other manufacturing processes.

Structural steel fabrication involves cutting, bending and welding steel to make a structure. Unlike various types of welding in which steel alloy is repaired or strengthened, steel fabrication is when pieces of steel are put together to form different structures that are usually of predefined sizes and shapes

STRUCTURAL FABRICATION

A structural welder plays a vital role in the construction of most buildings, roads, and freeways. They build and install iron or steel girders, columns, and other materials to form buildings, bridges, and other structures. They also cut, position, and bolt down steel bars to reinforce concrete.

However, each metal fabrication process may be used to cut, drill, fold and weld the strongest material on earth:
  • Cutting. Perhaps the most commonly used metal fabrication processes involve cutting, where sheets of metal are split into halves, thirds or smaller sections. …
  • Folding. …
  • Welding. …
  • Machining. …
  • Punching.

Structural fabrication refers to the cutting, bending, and assembling of raw materials—generally steel—to create finished products, systems, and structures. It does not include any operations focused on strengthening or repairing the material