Author: Publisher

Over the years, the manufacturing industry has changed the way they were using digital technology. CAD/CAM is now an important part of that change. It lets engineers create a digital design, plan CNC programs, test toolpaths through simulation, and send the final instructions to a machine without relying on manual programming at every stage. This makes it easier to work on detailed parts and maintain the same quality across production runs. For Indian manufacturers, these capabilities are becoming increasingly useful as CNC machining becomes more advanced. In this article, The Machining World Express will help you understand how CAD/CAM works,…

A cutting tool has a simple job: “remove material and produce the required shape”. But when the same tool is used for hundreds or thousands of parts, tool wear can quickly become a concern. This is one reason indexable cutting tools are so widely used in machining in 2026. They use replaceable inserts instead of relying on one permanent cutting edge. When an edge becomes worn, the insert can often be turned or flipped to use another edge. The complete holder does not have to be thrown away. For anyone learning about CNC machining or metal cutting, understanding this tooling…

The machining industry relies on more than just machines. Cutting tools, software, inspection equipment, automation, and the right machining methods also help maintain accuracy and efficiency. Staying updated can help manufacturers make better buying decisions and find practical ways to handle machining work. This is where a reliable Machine Tools Magazine India can be useful. The Machining World Express is a top publication focused on the machining processes and tools ecosystem in India, with coverage that also reaches global manufacturing audiences. This article looks at what readers can expect from a specialised machine tools magazine and how The Machining World…

Any machining job work can go wrong quickly if the cutting tool is not suitable. The edge may wear, the finish may suffer, and the machine may need more stops. This is where “carbide cutting tools” have found a strong place in modern machining. They are hard, handle heat well, and can keep working at cutting speeds that would wear many HSS tools faster. But carbide is not a one-tool-fits-all option. End mills, drills, inserts, and other cutters are made for different jobs. In this guide from “The Machining World Express”, we’ll look at the main types, common uses, key…

Die and Mould Machining Technology is the backbone of modern manufacturing. Nowadays, almost every industry, from — automotive and electronics to packaging and medical devices depends on accurately made dies and moulds to produce parts in large numbers. A small mistake in the tool can affect thousands of finished products, that is why precision matters so much. Today, manufacturers use advanced methods, which we’re going to discuss, to produce reliable tooling with consistent results. In this guide, you’ll learn what die and mould machining technology is, the materials used to make these tools, why 5-axis machining is becoming popular, and…

In modern manufacturing, we look for precision, speed, and consistency. To meet the need easily, “milling and turning technology” are among the most important methods used today. These two machining techniques have become the go-to methods in modern production. The reason is simple: they allow manufacturers to create components with extremely tight tolerances and excellent surface finishes. In this article, we’ll discuss and help you understand how both milling and turning work, how they improve productivity, and achieve better results in manufacturing. What Is Milling and Turning Technology? Milling and turning technology refers to the use of a particular machine…

Manufacturing doesn’t run on guesswork anymore. Every part that comes off a CNC machine, every fixture that goes into an assembly line, every batch that ships out the door– it all comes down to one question: does it actually match the print? That’s the job metrology solutions for manufacturing are built for, and it’s why more shops across India are treating measurement as a core part of production instead of an afterthought. The numbers back this up too: the MarketsandMarkets Industrial Metrology Market Report states the global industrial metrology market size was valued at USD 14.31 billion in 2025 and…

Now manufacturing looks a lot different than it did ten years ago. Companies aren’t leaning on conventional machining alone anymore to turn out accurate, complex parts. Digital tools have taken over a lot of the heavy lifting, and that shift is what’s driving so much interest in CAD CAM Machining Solutions in India — a way of pairing smart design software with automated machining so results stay consistent, batch after batch. You’ll see it everywhere now — automotive shops and industrial equipment manufacturers. They’re all leaning into CAD CAM because it lets them hold tight tolerances without the guesswork that…

Industrial automation is rapidly transforming India’s manufacturing landscape. As industries strive to improve efficiency, reduce costs, and enhance productivity, automation technologies have become an essential part of modern manufacturing operations. From robotics and artificial intelligence to smart factories and Industrial Internet of Things (IIoT), businesses are embracing advanced technologies to remain competitive in an increasingly digital world. For engineers, manufacturers, and industry professionals seeking the latest insights, an Industrial Automation Magazine India serves as a valuable resource. It provides information on emerging technologies, market trends, automation solutions, and best practices that help businesses stay ahead in the evolving industrial sector.…

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 (₹…