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India’s die and mould industry is witnessing a remarkable transformation driven by rapid industrial growth, increasing demand for precision manufacturing, and the adoption of advanced technologies. Sectors such as automotive, electronics, aerospace, medical devices, and construction are increasingly relying on sophisticated tooling solutions, creating strong opportunities for Indian manufacturers. At the forefront of this transformation is TAGMA India, which continues to play a vital role in strengthening the country’s tooling ecosystem through technology promotion, skill development, and industry collaboration. In this exclusive interaction, Devaraya M Sheregar shares his views on the evolving dynamics of the tooling industry, emerging growth trends,…
As industries across the world rapidly transition toward automation, robotics, and smart manufacturing ecosystems, machine safety has emerged as one of the most critical pillars for achieving sustainable productivity, operational excellence, and workforce protection. Today’s modern manufacturing environment is no longer driven only by speed and output, but also by the ability to create safe, intelligent, and globally compliant production systems that can adapt to the changing industrial landscape. In this exclusive interaction, insights by Mr. Girish Alawe, General Manager – tec. nicum, highlight how Schmersal’s tec.nicum division is helping manufacturers build safer, smarter, and globally compliant production environments through…
Heat exchangers play a vital role in thermal management systems across industries such as automotive, aerospace, power generation, and heavy engineering. These components are designed to transfer heat efficiently between fluids, often under demanding operating conditions. However, their complex geometries, challenging materials, and stringent quality requirements make machining a highly specialized task. Addressing these challenges requires a comprehensive and integrated tooling approach—and this is where ISCAR delivers exceptional value. The machining process begins with tube sheet preparation, where face milling is a critical first step. The surface quality achieved at this stage directly influences the success of subsequent operations. ISCAR…
India’s electric vehicle (EV) revolution is accelerating at an unprecedented pace, driven by sustainability goals and initiatives like Make in India. At the heart of this transformation lies precision machining—where even the smallest component must meet the highest standards of accuracy and performance. In this evolving landscape, cutting tools have become critical enablers. Accusharp Cutting Tools is playing a key role in empowering manufacturers to overcome machining challenges and achieve superior productivity in EV component manufacturing. The Changing Face Of Ev Manufacturing Unlike traditional automotive systems, EVs rely on lightweight materials and high-precision components to enhance efficiency and battery performance.…
OELHELD’s GTL/PAO-Based Solutions Enhance Gear Grinding, Cutting Tool Performance & Process Reliability. As the automotive and electric vehicle (EV) sectors rapidly evolve toward higher efficiency, quieter drivetrains, and longer service life, gearbox manufacturing has become one of the most precision-driven areas in modern machining. Every micron of dimensional accuracy, every surface finish parameter, and every thermal variation directly impacts transmission efficiency, NVH (Noise, Vibration & Harshness) behavior, and operational reliability. In such a demanding environment, metalworking fluids are no longer just consumables—they are critical productivity enablers. Recognizing these evolving industry needs,Oelheld continues to deliver advanced cutting oils, grinding fluids, and…
As electric mobility accelerates worldwide, the spotlight is shifting from vehicles to the infrastructure that powers them. Fast, safe, and reliable EV charging systems are now critical—and intelligent monitoring technologies are emerging as the backbone of this transformation. The rapid rise of electric vehicles is redefining the global mobility landscape. Governments and industries are investing heavily in charging infrastructure, with DC fast charging stations becoming the preferred solution for reducing charging time. However, operating at voltages up to 1000 V introduces significant safety challenges that must be addressed with precision and reliability. To meet this need, Dold has developed an…
The electric vehicle revolution is not only redefining mobility but also reshaping the fundamentals of manufacturing. As EV components demand extreme precision, superior cleanliness, and high-speed machining efficiency, advanced metalworking fluids are emerging as critical enablers of performance and sustainability. A New Era Of Manufacturing Demands The rise of electric vehicles has introduced a completely new machining landscape. Unlike conventional automotive components, EV parts involve aluminium-intensive structures, compact e-axles, and highly sensitive motor assemblies. These components demand tighter tolerances, minimal thermal distortion, and flawless surface finishes. In this evolving scenario, Q8 Oils, in collaboration with APAR Industries Ltd, is bringing…
According to insights shared by Mr. Manish Jain, COO, ITL Industries Ltd., the metal sawing industry has witnessed a remarkable transformation over the last four decades. What once depended on manual chisels, hammers, and slow cutting methods has evolved into highly advanced NC-controlled circular sawing technologies capable of delivering superior speed, precision, and productivity. With the rapid expansion of the automobile and engineering sectors, modern manufacturers now demand higher efficiency, close tolerances, improved material yield, and lower operational costs. Today’s sawing technologies are playing a vital role in supporting automation and precision manufacturing across India’s industrial landscape. From Manual Cutting…
As the global transition toward electrification accelerates, Battery Energy Storage Systems (BESS) are emerging as a critical enabler—not only for renewable energy integration but also for the evolving electric vehicle (EV) ecosystem. From stabilizing power supply for energy-intensive machining operations to enabling circular battery economies, BESS is redefining how manufacturers approach productivity, sustainability, and cost efficiency. The Rise Of Bess In The EV Ecosystem The rapid growth of the EV industry is directly fueling the expansion of battery energy storage systems. Global EV sales continue to surge, with over 20 million units expected annually, making EVs the dominant driver of…
The sound of manufacturing is changing. Across industrial corridors in Pune, Chennai, Bengaluru, and Coimbatore, the thunderous noise of internal combustion engine production is steadily giving way to the sharp, high-frequency hum of electric drivetrain manufacturing. The transformation is not merely about replacing fuel-powered vehicles with electric mobility—it is redefining the very nature of machining, tooling, and precision engineering. As the global automotive industry accelerates toward electrification, machining companies are experiencing one of the biggest technological transitions in modern manufacturing history. Electric vehicles (EVs) demand fewer mechanical components than traditional vehicles, yet they require far higher levels of precision, lightweight…