10 MN hot extrusion press

挤压是L大学制造技术教授的主要研究领域之一。因此，所应用的挤压机无论在技术上还是结构上都具有重要的工程科学意义。从技术角度来看，它有助于加强关于轻型建筑和资源效率的研究活动，从而促进可持续减少金属产品工业制造中能源和资源密集型生产过程中的二氧化碳排放，例如在汽车和航空工业中。在结构方面，申请的大型设施为勒瓦瓦纳大学开辟了研究和合作的新领域，并促进了知识向产业的转移。它还为与汉堡工业大学在生产工程领域的选址开辟了新的合作机会，成形技术是对德国北部活动的极好补充。由此推动的制造技术的扩展是Leupana大学进一步发展工程科学的核心组成部分。

Extrusion is one of the main areas of research of the professorship for manufacturing technology at the Leuphana University of Lüneburg. Accordingly, the extrusion press applied for is of great importance for the field of engineering sciences, both technically and structurally. From a technical point of view, it serves to intensify research activities on lightweight construction and resource efficiency and thus promotes a sustainable reduction of CO2 emissions in energy- and resource-intensive production processes in the industrial manufacture of metallic products, e.g. in the automotive and aviation industries. In structural terms, the large-scale facility applied for opens up new fields of research and cooperation at Leuphana University and promotes the transfer of knowledge to industry. It also opens up new cooperation opportunities for the location with Hamburg Technical University in the field of production engineering, and forming technology is an excellent complement to the activities in the North of Germany.The expansion of manufacturing technology thus promoted is a central component for the further development of engineering sciences at Leuphana University.