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ELECTRONICS a) Syrma Strategic Electronics (SSEPL) The Andhra Pradesh government has formally approved what will become India’s largest printed circuit board (PCB) manufacturing facility, to be developed by Syrma Strategic Electronics (SSEPL) in Menakuru village, Naidupeta, Tirupati district. This landmark project is the first to be grounded under the newly launched Electronics Components Manufacturing and Supply (ECMS) Policy 2025–30, reflecting the state’s renewed focus on high-value electronics manufacturing. The upcoming facility is expected to significantly strengthen domestic PCB production capacity, reduce import dependence, and position Andhra Pradesh as a key hub for electronics components. Location: Naidupeta, Andhra Pradesh Investment (₹…
Rocklin Manufacturing Company, USA, is an industry leader in surface treatment technologies, specializing in carbide coating and precision applications that serve a wide array of industries. For 90 years, Rocklin Manufacturing has pioneered innovative solutions to enhance the performance, longevity, and reliability of critical industrial components. One of the company’s flagship technologies is the Rocklinizer, a proprietary carbide coating system that applies a tough, wear-resistant layer to metal parts. This technology is especially beneficial in sectors like automotive, aerospace, and heavy machinery, where components are exposed to extreme conditions. Additionally, Rocklin Manufacturing has expanded its product lineup with innovative solutions…
Founded in 1937, Hangsterfer’s Laboratories is a global leader in high-performance metalworking lubricants. With an unwavering commitment to innovation, sustainability, and high-performance, we specialize in producing cutting-edge solutions that optimize machining processes, reduce tool wear, and improve surface finishes. As a fourth-generation family-owned business headquartered in the USA, Hangsterfer’s combines over 85 years of industry expertise with a forward-thinking approach. Our products are trusted by manufacturers in aerospace, automotive, medical device, and other industries requiring the highest machining standards. Sustainability and safety are at the core of our operations. Hangsterfer’s formulates high-performance products without the use of hazardous chemicals such…
ENGIMACH 2025 has been incredibly productive for THE MACHINING WORLD EXPRESS team as we continued to strengthen our presence at one of India’s most dynamic manufacturing exhibitions. The expo days were filled with: Meaningful meetings with leading machine tool manufacturers Insightful technology discussions on machining trends, precision engineering, automation, and shopfloor advancements Valuable idea exchanges that open new doors for future collaborations, industry stories, and partnerships The overwhelming response from industry leaders, innovators, and exhibitors motivates us to keep elevating the quality of our coverage and connecting the machining community through impactful storytelling. A big thank you to everyone who…
Milling is one of the most flexible of machining processes and is able to machine almost any shape; but the downside of this is that there are many more variables built into the process than say turning. The Milling process has many factors that influence each other, viz: Type of Material and shape of component being machined, insert shape and size, type of cutter and approach angle, Cutter Dia and number of inserts per cutter dia, cutting speed and feed per insert etc. Main Terminologies in Milling: To do this one needs to understand a few basics in Milling as…
The automotive and EV industry is transforming faster than ever. With the rise of electric mobility, lightweight materials, and high-precision assemblies, manufacturers face mounting pressure to deliver accuracy, speed, and consistency at scale. In this environment, one factor plays a crucial yet often underestimated role i.e. cutting tools. Drilling, reaming, grooving, and finishing operations form the backbone of automotive machining – and the performance of each process depends directly on the quality of the tool used. At the center of this productivity race stands Accusharp Cutting Tools Pvt. Ltd., a company dedicated to developing customized carbide cutting tools that help…
Seco has announced the launch of TS0501, a breakthrough Duratomic® finishing grade designed to deliver unrivalled performance in turning modern high-hardness superalloys. Engineered specifically for lights-out machining, the TS0501 sets a new industry standard for tool life, surface finish, and process reliability in demanding sectors such as aerospace, energy, and high-performance engineering. Redefining Precision and Productivity Superalloy machining has long been one of manufacturing’s toughest challenges, especially as industries increasingly rely on advanced materials such as next-generation high-hardness alloys and proven workhorses like Inconel 718. The TS0501 enters this landscape as Seco’s most advanced finishing solution yet—built to withstand extreme…
In today’s competitive metalworking landscape, manufacturers demand machinery that delivers both precision and speed. ITL Industries Ltd., a leader in industrial automation, answers this call with its latest innovation—the ITL-CnC 50/75, a fully automatic CNC circular sawing machine with integrated dual-end chamfering and center drilling capabilities. Compact Yet Powerful Engineered for versatility, the ITL-CnC 50/75 accommodates bar diameters from 10mm to 75mm and cut lengths between 50mm and 650mm. Its 10 HP saw motor support both carbide-tipped and HSS saw blades and dual 5 HP chamfering heads with BT40 spindle, making it ideal for a wide range of cutting applications.…
New cutting tool solutions help to overcome difficulties when cutting hard-to-machine materials Difficult-to-cut materials are engineering materials with much lower machinability than conventional ones. Often called “hard-to-machine” or “tough-to-cut,” their challenge does not come from hardness alone—multiple factors contribute to machining difficulty. Almost every industry uses such materials, but aerospace is their largest consumer. In turbine engines, landing gear, and airframe structures, materials must offer high strength-to-weight ratio, corrosion and heat resistance, fatigue life, and reliability. The very properties that make them ideal for aerospace also make them difficult to machine. Key material groups include: High-alloy high-strength steel Titanium alloys…
Over the past two decades, the cutting tool industry has been reshaped by the rapid evolution of the global 3C market. The shift is dramatic: components have shrunk, tolerances have tightened, and material and geometric complexity have increased. Cutting tools must now deliver higher accuracy, consistency, and capability than ever before. This transformation is driven by consumer expectations. Smartphones, wearables, earbuds, and semiconductor hardware demand compactness and flawless performance. Internal components must fit with near-perfect precision, where a deviation of just a few microns can cause failure. As products shrink, toolmaking must achieve accuracy on a scale beyond human vision—measured…