Additive Manufacturing means any technology capable of obtaining a final component starting from a 3D CAD file and adding material layer by layer. At a theoretical level, Additive Manufacturing only coincides with the 3D part construction phase. In reality, in order to fully understand this technology, a series of other preprinting and postprinting activities must be considered, which constitute the entire supply chain of Additive Manufacturing.

Read the article and discover the activities that precede and follow 3D printing, paying particular attention to the requirements of the materials and the processes necessary to obtain a high quality production.

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Like any other machine, your vacuum furnace can and will wear down over time – and if those little issues aren’t addressed, they can turn into big problems that require expensive future repairs or even furnace replacement. The way to keep your system running well for decades to come is to invest in regular preventative maintenance up front. Don't leave a potential disaster just waiting to happen! Learn how corrective maintenance can end up costing you more in the long run.

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Unexpected breakdown could bring operations to a halt. While there is no arguing with the fact that fixing something as soon as it breaks is important, what many people may not realize is that there are high costs associated with working in reactive mode. On the other hand, a proactive approach keeps your vacuum furnaces serviced and in working order through preventive and predictive maintenance. In particular, predictive maintenance (PdM) can help you make your furnaces more reliable and predictable through continuous monitoring and data analytics for mechanical and electrical conditions, operational efficiency and other performance indicators.

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Vacuum furnace brazing is a process of heat treatment that joins metallic parts to one another in an incredibly secure manner. Like the aerospace sector, automotive heat treatments are required for many high-quality joins and vacuum brazing fits the bill when other processes simply don't cut it.

In this article, you will discover exactly how the automotive sector leverages modern vacuum furnace technology and the various applications it can be put to.
Read on to find out everything you ever wanted to know about vacuum brazing furnaces and vehicle manufacturing.

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Additive manufacturing and vacuum heat treatments are technologies capable of making important progress in various sectors, including dentistry applications.

In this case study carried out in collaboration with industry and Italian academy excellences, we will see the role of 3D printing in the medical-dental field and discover the benefits of post-printing vacuum heat treatments.

The final results are of a precision never known before with the more traditional procedures, while the mechanical and geometric advantages are innumerable.

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