Structural steel fabrication holds a large percentage of today’s American market. In both residential and non-residential construction, it accounts for approximately 49%. The market embraces a wide swathe of industrial building designs and completed structures. With engineers and architects preferring this type of design and construction because of its durability, robustness, and cost-effectiveness, little doubt remains that structural steel will remain strong in the future.

What Does the Process Involve?

Fabrication of structural steel involves taking the metal and crafting the desired products and components from scratch (the metal) to completion (the final workpiece or product). The equipment fabricators use to produce the result vary. The most common ones are:

 * MIG welders
 * TIG welders
 * CNC plasma cutters
 * Inner and outer shields
 * Submerged arc welding manipulators

CNC tools enhance the ability of operators of all types to produce precise results. In fact, without the correct tools and equipment, fabricators in cities such as Cleveland cannot produce the high-quality structural steel architects and engineers demand.

In addition to the standard parts many products demand, shops will often receive requests for customized structural steel fabrication. This involves increased and intense ideation and design as well as a precise recreation of the desired specified and specialized component or product. For example, in the construction of a structure, the architect or engineer may ask for a specialized main framework. As a result, the fabricators may produce customized bridges posts, rafters or struts using the favorite metal – steel.

Structural Steel Fabrication

Structural steel fabrication is popular in both large and small shops. In cities such as Cleveland, the process requires understanding the requirements and exacting specifications this industrial application demands. In the coming decades, structural steel will continue to be in high demand in the construction and public service industries. It will remain so as long as architectures and engineers view it as the most reliable and optimal metal fabrication product for their needs.