Many AM evaluations begin with a goal to shift from a traditional mfg technology to save on tooling costs or lead times. While the concept is compelling, the reality is that traditional manufacturing excels at producing simple parts efficiently and repeatedly.Processes such as machining, stamping, and metal injection molding (MIM) are highly optimized for single…
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The collaboration of two israeli-based companies seems like a natural move for both sides.
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Formnext is always the place to take the pulse of the additive manufacturing world — a concentrated look at where technologies are maturing, where industries are investing, and where the next wave of disruption will come from. This year, the message was clear: metal AM is transitioning from experimentation to industrialization, and the companies that…
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The Bigger Picture Across industries, manufacturers are pushing additive manufacturing (AM) beyond prototyping and small-batch production — into the realm of true industrial-scale manufacturing. Yet despite enormous progress, producing metal and ceramic parts at volume continues to challenge the limits of traditional AM technologies. Processes such as laser powder bed fusion and binder jetting often…
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Tooling is a critical component in manufacturing, encompassing jigs, fixtures, end-of-arm tools, and more. Regardless of the specific application, the goal is to produce tools quickly and efficiently to maintain operational flow. Traditional tooling methods, however, often present significant challenges in terms of cost, time, and complexity. Here’s how additive manufacturing (AM) is reshaping the…
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In today's rapidly evolving manufacturing landscape, the demand for unique metal parts with complex geometries is higher than ever. However, producing such intricate designs, particularly those with internal features like tunnels and holes, presents significant challenges for additive manufacturing (AM) technologies. Challenges in Achieving Complex Geometries Additive manufacturing technologies, while innovative, encounter several obstacles when…
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Sinter-based approaches widen the appeal of Metal Additive Manufacturing by dramatically improving process economics. In recent years this sector, driven primarily by the metal binder jet process has received significant investment and market attention. Several large industrial players have committed significant resources to develop and industrialize the process. These efforts are all in the pursuit…
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Metal Additive Manufacturing (AM) is rapidly transforming production of many devices in many industries and one of the major changes is in the healthcare industry. Its unique ability to create complex, customized medical devices is revolutionizing patient care and medical technology. The increasing adoption of metal AM signifies a new era in medical innovation, with…
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Additive Manufacturing (AM) has revolutionized how products are designed and manufactured, finding applications across industries from aerospace to healthcare. research centers have enthusiastically embraced polymer-based AM systems. These printers, often used for prototyping, are ideal for teaching foundational skills. As the AM industry shifts focus from prototypes to production, the focus in research centers is…
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Imagine a world where intricate designs are brought to life with ease, where innovation isn't stifled by costly tooling, and where spare parts are available on-demand, eliminating crippling downtime. That world is here, thanks to the transformative power of metal 3D printing! Across industries, the demand for sophisticated mechanical systems that perform targeted tasks is…
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