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Greater Noida, July 10, 2026— Kennametal India will participate in Fastener Fair India 2026, a leading exhibition for the fastener and fixing industry which will be held in Greater Noida, Uttar Pradesh, India from 24-26 July 2026. The company will display a range of advanced tooling and wear-resistant solutions designed for fastener manufacturing. At the exhibition, Kennametal India will showcase its products for various fastener manufacturing applications, including heading dies, segmental dies, punches, quills and cutters, as well as cold heading pellets, along with wire rod manufacturing solutions. These solutions are engineered to support high-volume fastener production, extend tool life,…
Abstract In the competitive landscape of gear manufacturing, the transition from traditional grinding to Hard Part Turning (HPT) offers significant cycle time reductions. This article explores how coupling Cubic Boron Nitride (CBN) with Wiper geometry can exponentially increase feed rates while maintaining surface finishes rivaling grinding operations. Introduction: The Evolution of Gear Finishing We can all agree that gear manufacturing is an exacting discipline. It is an engineered product involving critical manufacturing processes where quality demands are unforgiving at every stage. If you are in gear manufacturing, you know the challenges well. In this competitive era, it is essential to…
Precision Manufacturing for the Medical Industry Medical device machining is one of the most demanding areas of modern manufacturing. Components such as orthopedic implants, surgical instruments, dental implants, trauma fixation systems, and diagnostic equipment require extremely tight tolerances, superior surface finishes, and consistent dimensional accuracy. Since these products directly impact patient safety and clinical outcomes, manufacturers must adhere to stringent quality standards and regulatory requirements. The process of manufacturing medical devices typically begins with a design concept and progresses through engineering validation, material selection, machining, finishing, inspection, and final assembly. Throughout this journey, precision machining plays a vital role in…
India’s manufacturing and machinery sector continues to strengthen its position as one of the world’s most attractive industrial growth destinations. While geopolitical tensions, tariff-driven supply-chain adjustments, and slowing industrial momentum in parts of Europe have fueled uncertainty across the global economy in the spring of 2026, India remains distinctively resilient. This stability is actively supported by robust domestic demand, expanding industrial investments, and proactive federal industrial policies. According to the latest VDMA (German Engineering Federation) India Business Climate Survey, conducted from April 20 to May 4, 2026, among 85 member companies, engineering and equipment manufacturers operating within the country maintain…
The medical device landscape is undergoing a profound digital transformation. Driven by an aging population and a rising preference for personalized healthcare, the global 3D-printed medical implants market has grown to $2.98 billion. Expanding at a compound annual growth rate (CAGR) of 16.2%, the sector is projected to exceed $11.67 billion over the next decade. At the core of this massive expansion is the transition away from standardized, “one-size-fits-all” prosthetics toward patient-specific solutions. To achieve this economically and at scale, manufacturers are increasingly turning to hybrid production—a powerful manufacturing workflow that pairs the design flexibility of additive manufacturing (AM) with…
The manufacturing of medical implants—ranging from titanium bone screws to cobalt-chromium hip joints—demands an extraordinary level of precision. Because these devices are placed directly inside the human body, the machining process must balance extreme physical performance with stringent biocompatibility requirements. Central to achieving this balance are metalworking fluids (MWFs). However, selecting and managing coolants and lubricants for implant machining presents a unique challenge: maintaining process stability while completely eliminating the risk of biological contamination. The Economic and Mechanical Stakes In high-precision manufacturing, cutting fluids are critical for managing friction and dissipating the immense heat generated when cutting tough, medical-grade biomaterials…
The global medical implants market is expanding rapidly, projected to grow from $115.39 billion to $187.47 billion over the next decade. Driven by an aging global population and a sharp rise in orthopedic and dental procedures, this booming demand places unprecedented pressure on medical device manufacturers. Under strict regulatory scrutiny from bodies like the FDA, manufacturing an implant is no longer just about shaping material; it is about achieving micrometer-level accuracy and flawless surface integrity. To meet these demanding standards, advanced grinding technology has emerged as the definitive manufacturing backbone for the medical sector. The Shift to Next-Gen Materials Historically,…
The MULTI-MASTER system—an innovative range of assembled tools with exchangeable cutting heads—was introduced by ISCAR at the start of the 21st century. Despite being more than 25 years old, it remains one of the most respected and widely used systems in the metal cutting industry. Though the concept initially faced skepticism, it eventually inspired many competitors to develop similar solutions. The MULTI-MASTER design is based on three key elements: taper centering, face contact, and threaded connection. Taper centering ensures high accuracy, while face contact guarantees excellent dimensional repeatability. The threaded connection allows quick and simple head replacement. Initially, the use…
The medical implant manufacturing industry demands the highest levels of precision, reliability, and consistency. Components such as orthopedic implants, dental implants, bone screws, locking plates, and surgical instruments require micron-level machining accuracy along with superior surface finish and repeatability. In such a demanding environment, the role of cutting tools becomes extremely critical. ACCUSHARP CUTTING TOOLS has emerged as a trusted partner for medical component manufacturers by delivering high-performance carbide cutting tools engineered for precision machining applications. Building Expertise in Precision Cutting Tools Established in 1999, ACCUSHARP CUTTING TOOLS has developed strong expertise in manufacturing solid carbide cutting tools for industries…
The dental industry is rapidly evolving through digital manufacturing, precision engineering, and patient-specific production. From crowns / bridges and aligners to dentures and metal dental prosthetics, additive manufacturing is transforming how dental laboratories and healthcare providers approach production, accuracy, and turnaround time. At the center of this transformation is the growing adoption of advanced 3D printing technologies that enable faster workflows, improved consistency, and highly customized patient solutions. As digital dentistry continues to expand, Shree Rapid Technologies (SRT), through its partnerships with global additive manufacturing leaders such as 3D Systems and HBD, is helping accelerate the adoption of next-generation dental…
