Steel fabrication plays a critical role in the manufacturing industry, where it is an important process applied in transforming raw steel materials into sturdy and functional products. During the process, the steel components undergo various secondary manufacturing procedures that enhance their durability and functionality. These processes include cutting, bending, and joining the steel components in line with specific design specifications. Advanced equipment such as CNC machines and laser cutting tools are often employed to ensure precision and consistency in steel fabrication. To further enhance the aesthetic appeal and durability of fabricated steel products, finishing techniques like painting, polishing, and galvanizing may be applied to provide corrosion resistance. In some cases, heat treatment may be used to improve the mechanical properties of steel, such as ductility, toughness, and strength to boost its suitability for use in various industrial, construction, and infrastructural applications. The final products of steel fabrication, such as metal furniture, structural steel frames, and piping systems, are highly prized and widely used in various sectors of the economy.