Mumbai Transforms into Global Tooling Destination: Innovation and Tech Lead the Way at DMI 2026

Mumbai Transforms into Global Tooling Destination: Innovation and Tech Lead the Way at DMI 2026
 
Mumbai Transforms into Global Tooling Destination: Innovation and Tech Lead the Way at DMI 2026
Mumbai: The financial capital is currently positioning itself as a powerhouse in the global manufacturing landscape. The ongoing Die & Mould India (DMI) 2026 International Exhibition, held at the Bombay Exhibition Centre, is serving as a definitive roadmap for the future of India’s tooling sector. Organized by TAGMA India, the event features over 350 exhibitors presenting the next generation of industrial solutions.

The Tech Revolution: CNC and Automation

This year's exhibition places a heavy emphasis on disruptive technologies that are redefining production lines. From advanced CNC machining and industrial automation to cutting-edge additive manufacturing (3D printing), the floor is a showcase of high-precision engineering.

Devaraya M. Sheregar, President of TAGMA India, emphasized the collaborative nature of the event DMI 2026 transcends being a mere trade show. It is a strategic incubator for partnerships and innovative concepts that will dictate the industry's trajectory for years to come."

Reducing Import Reliance: A Multi-Billion Dollar Opening

A key theme of the exhibition is achieving 'Atmanirbharta' (self-reliance). Manoj Kolhatkar, representing the automotive perspective, noted that while India’s manufacturing prowess is surging, the industry still faces a 35% dependency on imported tools. This gap represents a massive commercial opportunity for domestic manufacturers to scale up and supply high-quality, home-grown solutions to the global market.

Empowering the Workforce through Skill Development

While technology is the star of the show, industry veteran F.R. Singhvi reminded attendees that human capital remains the industry’s greatest asset. He stressed that skill development and specialized training are essential to bridge the gap between traditional methods and modern technological requirements.

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