Steel slabs are a crucial intermediary in the steel production process, characterized by their rectangular cross-section and predominantly produced through continuous casting (CCM), with rolled steel ingots occasionally used as an alternative. Serving as the primary raw material for manufacturing a variety of flat steel products, these slabs are valued for their uniform structure and well-regulated chemical composition, which form a reliable base for further processing. Widely utilized in producing hot-rolled coils and plates, steel slabs can be further transformed into cold-rolled sheets, galvanized or aluminized sheets, color-coated coils, welded pipes, structural profiles, and other fabricated steel components. Their consistent thickness and smooth surface quality facilitate highly efficient rolling and forming processes, helping achieve end products with precise dimensions and dependable mechanical properties. Available in various grades, such as carbon steel, low-carbon steel, alloy steel, and stainless steel, steel slabs cater to diverse industrial needs. Each grade is engineered to exhibit specific characteristics be it strength, ductility, corrosion resistance, or heat resistance making them suitable for critical applications across industries like automotive manufacturing, construction, home appliances, shipbuilding, pressure vessels, energy projects, and heavy industrial machinery. To uphold quality standards and ensure optimal performance, steel slabs undergo rigorous inspection and testing procedures. These include chemical composition analysis, ultrasonic testing, surface examination, and dimensional checks. Produced in a range of thicknesses, widths, and lengths, they are tailored to meet individual customer specifications and manufacturing requirements. Thanks to their structural robustness, adaptability in processing, and versatile applications, steel slabs remain an indispensable part of global steel supply chains and are integral to large-scale industrial advancements.