The Japanese electronics specialist JEOL, known for its expertise in electron optics, is expanding its portfolio in the field of additive manufacturing and is presenting the possibility of producing high-precision metal parts from tungsten using an electron beam powder bed process at Formnext in Frankfurt. This process is made possible by the new JAM-5200EBM machine, which is already known for materials such as copper, titanium and Inconel. With the addition of tungsten, JEOL is targeting industries with high demands on material properties and manufacturing precision.
The JAM-5200EBM is characterized by a combination of reliable electron beam technology and intelligent control, which enables precise prototyping and small batch production. By preheating the powder bed material to 1600 °C, microcracks are avoided and a uniform microstructure is achieved, which is particularly advantageous for demanding applications in medical technology, aerospace and the automotive industry.
“With the JAM-EBM5200, we are taking additive manufacturing to the next level”, says Dr. Mathias Rodewald, Managing Director of JEOL (Germany) GmbH. “Our machine offers companies the opportunity to expand their business areas in prototyping and small series fast, precisely, absolutely homogeneously and without the otien undetected defects or cracks. Being able to produce and reproduce complex structures with reliable and consistent quality can be the winning competitive advantage, especially in high-tech markets.”
The first installation of the JAM-5200EBM in Europe took place in April 2024 at the Technical University of Munich.
“JEOL and TUM have partnered to push the boundaries of electron beam melting technology, advancing state-of-the-art solutions for challenging materials used in the medical and aerospace industries.”, comments Professor Mayr, Chair of Materials Technology for AdditiveManufacturing at TU Munich, about the recent research collaboration.
The new technology underlines JEOL’s commitment to innovation and precision in manufacturing. The ability to produce complex structures reliably and reproducibly offers companies in high-tech markets decisive competitive advantages.
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