Chinese Design Nuts for Knochenerneuerung 3D Printed Zinc Structures

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A detailed study in Nature Communications of the use of 3D-printed zinc hardware for knitting. The Forschung is another form of Chinese 3D Printing-Unternehmen Bright Laser Technologies (BLT) by technical Unterstützung ermöglicht.

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In the renewed journal Nature Communications a study can be carried out with 3D-printed zinc-based porous metals for bone renewal published. The research team consists of experts from Beihang University, Renji Hospital of Shanghai Jiao Tong University, Tsinghua University and Peking University. The company BLT published the research knives during the Bereitstellung van Machinen en Systems, which BLT placed in a press release.

New Paintings for Zinc Gerüste entwickelt

The research was done with the discovery of a new article on the zinc processing for the larger repair. One of the main problems in solving the structure is toxic and causes a rapid degradation of materials. In this re-examination of the masters, you optimize the Forscher the Zusammensetzung der Legierung, the Oberflächenstruktur and the Porengeometrie of Zink-Gerüste. These transitions can be a consequence of the Umfeld for the regeneration of Bone webs at.

The research paper was titled “Multiscale architectural design of 3D-printed biodegradable Zn-based porous scaffolds for immunomodulatory osteogenesis” and was published in the Zeitschrift Nature communication published.

Long service life with Forschungseinrichtungen

BLT has been in the past for years and years of partnerships with various academic institutions. In addition, research has been conducted on the long study of Tsinghua University’s material formation institutes. Darüber hinaus hat BLT Maschinen und Systeme für das Staatliche Schlüssel-Labor für Metallmatrix-Verbundwerkstoffe von Shanghai Jiao Tong-Universität prepared.

The Hong Kong Institute of Innovation houses the Center for Artistic Intelligence and Robotics, which enables the Institute for Metal Research of the Chinese Academy of Sciences to profit from joint work with BLT, especially in the case of bridges in the research of 3D-printed titanium alloys.

This young study is a follow-up study for the application of BLT with innovative solutions in different areas through the use of the Metal 3D Printing technology.