“Waste Free Steel was built on a simple insight that inefficiency in steel procurement is structural, not operational. The industry has traditionally focused on volume, not precision. Through WFS, we are aligning steel supply with engineering intent, eliminating avoidable wastage, and improving capital efficiency. The next phase of India’s industrial growth will reward precision and accountability, not just tonnage moved, but wastage eliminated.” Vedant Goel, CEO and Co-Founder, Enlight Metals
Enlight Metals, India’s first Agentic AI–enabled metal procurement platform, is redefining steel sourcing through its Waste Free Steel (WFS) initiative, bringing greater precision, efficiency, and sustainability to India’s rapidly expanding infrastructure ecosystem. Through this model, the company enables drawing-based procurement, shifting the industry from “buy what is available” to “receive what is required.” The initiative has the potential to reduce physical steel wastage by 8–10%, particularly in large-scale infrastructure and EPC projects, while ensuring material quality and design intent remain uncompromised.
The Waste Free Steel (WFS) model operates through a structured, drawing-based procurement process that aligns steel supply directly with engineering requirements rather than standard mill sizes. Projects begin by sharing technical drawings and material specifications, which are analyzed to map precise grades, dimensions, and component-level requirements. These inputs are then optimized through advanced material planning and nesting techniques to maximize utilization and minimize offcuts. The steel is subsequently processed using precision technologies such as Cut-to-Length (CTL), Cut-to-Size (CTS), and fibre laser cutting to produce fabrication-ready components. By delivering pre-dimensioned steel aligned with fabrication workflows, the model significantly reduces on-site cutting, scrap generation, and excess inventory while improving material efficiency, working capital management, and overall project execution timelines.
As India accelerates the development of industrial sheds, solar parks, logistics hubs, and EPC-led mega projects, steel continues to be a critical backbone of growth. However, traditional procurement practices remain largely volume-driven, resulting in structural inefficiencies. Standard mill sizes often do not align with project-specific drawings, leading to trimming losses, excess scrap, idle inventory, and blocked working capital. Industry estimates suggest that cumulative inefficiencies can reach 12–15% per project.
The WFS initiative is powered by advanced Cut-to-Length (CTL) and Cut-to-Size (CTS) capabilities, supported by high-precision levelling systems, CNC shearing mechanisms, and fibre laser cutting technology. Enlight Metals processes HR (Hot Rolled), CR (Cold Rolled), and GP (Galvanized Plain) sheets, along with structural steel components such as angles, channels, and pipes, delivering fabrication-ready materials aligned precisely with engineering specifications. This significantly reduces on-site cutting, scrap handling, rework, and storage requirements.
Steel accounts for 40–60% of material costs in many infrastructure and industrial projects. Even an 8–10% reduction in wastage for organizations consuming 20,000–30,000 metric tonnes annually can unlock savings worth several crores. Additional benefits include improved inventory cycles, lower transport costs, faster project execution, and enhanced working capital efficiency, often freeing up cash flows by 20–30 days.
Beyond operational efficiency, Waste Free Steel also advances sustainability. By reducing unnecessary scrap generation, excess production demand, and secondary processing, the model contributes to lowering embedded carbon emissions across India’s steel ecosystem.
Commenting on the initiative, Vedant Goel, CEO and Co-Founder, Enlight Metals, said: “Waste Free Steel was built on a simple insight that inefficiency in steel procurement is structural, not operational. The industry has traditionally focused on volume, not precision. Through WFS, we are aligning steel supply with engineering intent, eliminating avoidable wastage, and improving capital efficiency. The next phase of India’s industrial growth will reward precision and accountability, not just tonnage moved, but wastage eliminated.”
With Waste Free Steel, Enlight Metals positions itself not merely as a distributor, but as a strategic supply-chain efficiency partner reshaping how steel is sourced, processed, and consumed in India’s next growth cycle.
