Author: Publisher
Melbourne, Australia – July 22, 2025 – Global technology leader, manufacturing and engineering services, ANCA has today launched its inaugural Sustainability Strategy 2025–2030, a bold and transformative roadmap that embeds environmental responsibility, innovation, and community impact at the core of its operations. Designed with the same engineering precision that has defined ANCA for over 50 years, this strategy represents a shift in how the company is shaping the future of advanced manufacturing. “Sustainability is not a finish line—it’s a commitment to evolving how we think, design, and operate,” said Martin U. Ripple, CEO of ANCA Group. “As engineers, we know…
As factories grow smarter, safety systems must evolve faster. Leading this evolution at Schmersal India is a visionary R&D leader, Manoj Babu, Deputy General Manager, R & D, who’s taken the company from basic safety components to smart, connected solutions supporting Industry 4.0. In this feature, he explains how the Pune-based team contributes globally—and why designing for safety is a mission, not a mandate. Q1. Can you share your journey into the world of industrial safety and automation, and what inspired your focus on R&D at Schmersal? “I started my career in motion control and automation solutions, which gave me…
As India accelerates its journey toward Industry 4.0, the synergy between hardware and software solutions has become a game-changer for manufacturers. In this exclusive interview, the Mathew Jacob, Vice President – Sales and Marketing of Rittal India discusses how the combined strengths of Rittal and EPLAN are enabling Indian industries to streamline engineering, enhance productivity, and embrace digital manufacturing with confidence. From their latest infrastructure investments and regional outreach to their commitment to quality and ecosystem partnerships, this conversation offers valuable insights into how Rittal India is shaping the future of smart manufacturing across key sectors. Q1: RITTAL is globally…
In 2025, the semiconductor industry is standing at a critical juncture of technological advancement and strategic transformation. From artificial intelligence-led fabrication to green manufacturing and geopolitical supply chain shifts, the sector is no longer just about silicon—it’s about sustainability, sovereignty, and speed. This article explores the latest trends, countrywise investment figures, and the vital role precision machining plays in pushing the boundaries of chip manufacturing. Miniaturization and Advanced Process Nodes Miniaturization remains at the core of semiconductor innovation in 2025. The transition to smaller nodes, particularly 3nm and below, is driving demand for ultra-precise manufacturing techniques and tools. EUV Lithography,…
Taiwan Excellence is set to make a high-impact return to Automation Expo 2025, India’s premier industrial automation event, taking place from August 11–14 at the Bombay Exhibition Centre, Mumbai. Under the theme “Green Vision, Smart Manufacturing,” the Taiwan Excellence Pavilion will showcase 44 cutting-edge, green manufacturing solutions from 22 award-winning Taiwanese brands, reinforcing its role in advancing India’s digital and sustainable manufacturing goals. This year’s highlight is the debut of the Taiwan Robotic Zone, featuring live demonstrations of human-robot collaboration and smart factory enablers by global leaders such as HIWIN, LEANTEC, TECHMAN ROBOT, and others. Visitors can experience real-world applications designed to align…
From tool, fixture and machine design, to engineering & manufacturing, to process development, metrology, final run-off and automation packages, Engis delivers machines, tools and automation; we pride ourselves on our ability to be innovators of cutting-edge honing technology. This example of high production bore finishing of automotive connecting rods is typical. Both crank and pin bores are finished simultaneously with four diamond plated tools each. The rods are held securely on a locating plate, positioned on an X-Y (axis) floating fixture base allowing the radial alignment of the two bores (bend and twist), along with perpendicularity to be locating surface…
In the aerospace industry, surface finish isn’t just about appearance—it’s about performance. Whether it’s a turbine blade, fuselage panel, or aileron component, the surface quality of an aerospace part directly impacts aerodynamics, fatigue resistance, fuel efficiency, and structural reliability. As India rises as a global aerospace manufacturing hub, mastering advanced finishing strategies has become essential to meet the exacting standards of modern aviation and defence systems. Why Surface Finish Matters in Aerospace Aircraft and defence components operate under extreme conditions—high velocity, intense pressure, and thermal stress. A poor surface finish can cause turbulence, increase drag, and lead to premature wear…
The aerospace industry’s relentless pursuit of lighter, stronger, and more heat-resistant materials has firmly placed titanium alloys at the forefront of aircraft and spacecraft design. These remarkable materials, while offering exceptional performance characteristics crucial for components operating under extreme stress and temperature, constitute a significant portion of modern aircraft, with Ti-6Al-4V being the most commonly used alloy, accounting for approximately 50% of titanium applications. However, taming titanium in machining presents significant challenges that demand advanced strategies. Titanium alloys are notorious for their low thermal conductivity (around 6.7 W/m·K compared to stainless steel’s ~16.2 W/m·K), high chemical reactivity, and tendency to…
In the high-stakes world of aerospace manufacturing, precision, efficiency, and cost-effectiveness are paramount. The creation of intricate and mission-critical components demands meticulous planning and flawless execution. Amidst this environment, the integration of Digital Twins and advanced simulation technologies is revolutionizing aerospace part machining, offering unprecedented levels of optimization and risk mitigation. A Digital Twin is a virtual replica of a physical asset, process, or system. In the context of aerospace part machining, this could be a complete virtual representation of a CNC machine, its tooling, the material being processed, and even the machining environment. This virtual counterpart is dynamically linked…
In the aerospace industry, performance is everything—be it in the air or on the shop floor. As aircraft, satellites, and defence systems evolve into lighter, faster, and more complex platforms, manufacturing must keep pace. That’s where high-speed machining (HSM) steps in. Delivering unmatched precision, surface finish, and cycle-time reduction, HSM has become a cornerstone of aerospace manufacturing globally—and India is embracing it with renewed energy under the “Make in India” mission. Why High-Speed Machining Matters in Aerospace Aerospace parts—from turbine blades and engine housings to airframe ribs and missile skins—are made from exotic materials like titanium, Inconel, aluminium-lithium alloys, and…