Godrej Enterprises Groups’ Tooling business secures three patents, targeting innovation-led growth in India

By Staff Report September 2, 2025 5:30 pm IST

From Smart Die Casting to Railway Coach and Bogie Automation, these patents reinforce Godrej Enterprises Group’s contribution to a future-ready, self-reliant country.

Godrej Enterprises Group’s (GEG) Tooling business secured three patents, marking a significant leap in precision engineering and smart manufacturing. Godrej Enterprises Group holds 122 patents, reflecting its long-standing commitment to supporting India’s industrial growth.

These patents reflect the business’s focused investment in innovation to address complex industrial challenges through smart, automated, and efficient solutions. From improving die casting productivity to streamlining railway manufacturing processes, the innovations demonstrate how Indian engineering can deliver globally competitive outcomes.

Pankaj Abhyankar, Business Head, Tooling business of Godrej Enterprises Group, said, “As India sharpens its focus on self-reliance and manufacturing excellence, the demand for intelligent, efficient, and dependable tooling solutions is more critical than ever. These patents reflect our commitment to addressing real-world industrial challenges, whether by enhancing die-casting productivity or enabling smarter, safer manufacturing in the railway sector. By driving innovation in core manufacturing processes, these solutions directly support India’s goals of industrial modernisation, improved safety standards, and global competitiveness. We aim to deliver solutions that not only solve technical problems but also empower our customers and contribute meaningfully to the country’s economic and technological progress.”

These advancements by the Tooling business go beyond being technological milestones and directly support the government’s Make in India and self-reliance initiatives by strengthening core industrial capabilities, improving manufacturing efficiency, and reducing reliance on manual processes.