Why Global OEM are moving fabrication to India?

The global industrial landscape is undergoing a significant shift, with major international Original Equipment Manufacturers (OEM) increasingly looking toward India as a primary hub for complex fabrication. This movement is driven by India’s robust economic trajectory and the massive government-led focus on infrastructure development across sectors such as power, cement, and rail transport. As the domestic market expands and major MNCs establish deeper roots, the demand for reliable, large-scale manufacturing partners has reached an all-time high. Large engineering organizations are now offloading critical fabrication tasks to committed local vendors to augment their internal capacities and ensure a consistent supply of world-class quality products.

Rishi Laser Limited is at the forefront of this movement, positioning itself as a vital “Support System for the Engineering Industry”. By providing “end to end capability for sheet steel processing,” the company allows global OEM to streamline their entire supply chain from design to final coating under a single roof.

How Rishi Laser Empowers Global OEM:

World-Class Scale and Infrastructure: To meet the high-volume demands of global players, the company maintains a massive annual processing capacity of 46,000 MT. With six modern factories strategically located in industrial hubs like Pune, Vadodara, Bengaluru, Chennai, and Sonepat, Rishi Laser offers the geographic reach and scale required for major international projects.
Technological Superiority: Rishi Laser bridges the technology gap by employing CNC equipment, including a fleet of 23+ CNC laser cutting machines and specialized fiber laser technology for high precision and speed. A key differentiator is the 5-axis (3D) laser cutting system, which enables the precise processing of very large, complex workpieces without repositioning.
Advanced Robotics and Automation: Through the specialized “RL Robotics” division, the company provides sophisticated welding automation using twin-wire 6-axis robotic systems and cobots. These systems deliver clean, accurate welds for highly repetitive and precise jobs, ensuring consistency that exceeds manual capabilities while minimizing production interruptions.
Complex Ready-to-Fit Assemblies: The company moves beyond simple component cutting to supply complex, “ready-to-fit” assemblies weighing up to 10 MT. These structures integrate in-house fabricated parts with precision-machined castings and fittings, joined via expert welding and finished to exact customer drawings.
Precision and Quality Standards: As an ISO 9001 certified organization, Rishi Laser meets the world-class quality standards demanded by global clients. The use of advanced software tools like Radbend CNC and Radan nesting allows for simulated bending sequences and optimal material layouts, which minimizes wastage and guarantees high dimensional accuracy.
Integrated Finishing Solutions: To ensure products withstand harsh industrial environments, the company provides comprehensive surface treatment, including shot blasting, 7-tank treatment, epoxy powder coating, and zinc plating. This ensures superior paint adhesion and long-term durability, meeting the aesthetic and performance benchmarks of international OEM.

By functioning as dedicated ancillary units for large engineering companies, Rishi Laser offers the “intellect and values” required to transform raw design ideas into world-class engineering solutions. This comprehensive facilitation makes the company a preferred partner for global OEM seeking reliability, scale, and technical excellence in the Indian market.

References:

KPMG India, India Manufacturing Report 2024/2025: Analysis of India’s competitive positioning as a global fabrication and engineering hub.
Invest India, Make in India and PLI Scheme: Government documentation of policy incentives driving manufacturing FDI and OEM supply chain investment in India.
World Bank, Ease of Doing Business in India and Logistics Performance Index: Benchmarks for India’s improving manufacturing and logistics competitiveness.
CII (Confederation of Indian Industry), Global Supply Chain Diversification and India’s Opportunity: Research on OEM supply chain diversification trends and India’s share of global engineering exports.
ISO, ISO 9001:2015 and ISO 8501 (Surface Preparation Standards): Quality management and surface preparation standards referenced in OEM supplier qualification requirements.
NACE International / SSPC, Surface Preparation and Coating Standards (Sa 2.5): Specifications for shot blasting and protective coating systems required by global infrastructure and equipment OEMs.
McKinsey Global Institute, The Future of Asia: Decoupling, Diversification, and the New Supply Chain Geography: Strategic analysis of global OEM supply chain rebalancing toward India and Southeast Asia.

FAQ’s

India’s robust economic growth trajectory, combined with massive government-led infrastructure investment in power generation, cement production, rail expansion, and road construction, has created a large and growing domestic demand base for engineered fabrications. Simultaneously, expanding multinational corporate presence in India and rising geopolitical pressure to diversify supply chains away from single-geography dependency has made India an attractive fabrication hub for OEMs serving global markets.

India offers competitive labour costs combined with an increasingly skilled technical workforce, improving infrastructure logistics, and government incentives through schemes such as PLI (Production Linked Incentive) and SEZ (Special Economic Zone) benefits. When combined with growing in-country availability of high-quality steel and improving port-to-factory logistics, India’s total landed cost for fabricated assemblies is increasingly competitive against established alternatives including Eastern Europe and Southeast Asia.

Global OEMs typically require ISO 9001 quality management certification as a baseline, along with evidence of consistent dimensional performance to ±0.1 mm tolerances, material traceability from mill certificate to finished component, non-destructive testing capabilities, and comprehensive surface treatment including shot blasting, epoxy powder coating, and zinc plating for corrosion protection. Fabricators who cannot demonstrate these capabilities through documented audit evidence are generally excluded from global supply chains.

Rishi Laser maintains 46,000 MT annual processing capacity distributed across six factories in Pune, Vadodara, Bengaluru, Chennai, and Sonepat. This multi-location footprint allows OEM clients to source fabrications from facilities geographically close to their Indian assembly plants, reducing inbound logistics cost and lead time while maintaining consistent quality standards across all locations.

Beyond simple cut-and-bent components, Rishi Laser produces complex ready-to-fit assemblies weighing up to 10 MT, integrating laser-cut and CNC-bent fabricated parts with precision-machined components, hardware, and surface treatments into finished sub-assemblies. This one-stop capability reduces OEM supply chain complexity and the quality risk of managing multiple single-operation vendors.

Software-driven nesting optimization maximizes the number of parts extracted from each steel sheet, minimizing material waste. Because raw material constitutes 60–70% of fabrication cost in many product categories, nesting efficiency directly and significantly affects the price competitiveness of Indian fabricators. This computational advantage allows technically advanced Indian shops to offer competitive pricing without compromising on quality or margin.

Global OEMs supplying equipment to international markets require fabricated assemblies to meet specific corrosion resistance standards, particularly for infrastructure, earthmoving, and railway applications with 20–30 year expected service lives in exposed environments. Shot blasting (surface preparation to Sa 2.5 standard), epoxy powder coating, and zinc plating provide the multi-layer corrosion protection required by these standards, and fabricators who cannot offer in-house surface treatment create quality handoff risks in the supply chain.