5-axes grinding machine

特殊的五轴磨床系统可以实现运动要求苛刻的磨削操作，从而为复杂轮廓的灵活加工奠定了基础。因此，可以就磨削工艺对要求苛刻的部件的适应性进行广泛的前瞻性研究。用于准备磨削工具以供使用的集成设备、用于编程的广泛软件解决方案以及用于分析磨削过程的独特集成传感器技术也是磨床系统的关键特征。这有助于实现对过程的全面理解和发展过程相互作用。同时，磨床系统的广泛应用可能性和性能使多特蒙德大学磨削技术领域的现有系统得到了扩展。磨床系统的好处直接体现在计划的用户群体中，这也超出了机械工程学院的生产工程领域。特别是TU多特蒙德大学的“材料、生产技术和物流”方面，将通过使用磨床系统的研究来加强。基础研究和面向应用的项目都同样受到灵活性的影响。因此，机器系统将在各种资助机构的研究项目中发挥核心作用，特别是DFG、AIF或EU。

The special 5-axis grinding machine system allows the implementation of kinematically demanding grinding operations and thus forms the basis for flexible processing of complex contours. Therefore, a wide range of forward-looking studies can be carried out on the adaptation of grinding processes for demanding components. Integrated equipment for preparing the grinding tools for use, extensive software solutions for programming and unique integrated sensor technology for analysing the grinding processes are also key features of the grinding machine system. This supports the achievement of a comprehensive understanding of the process and the development of process interactions. At the same time, the versatile application possibilities and the performance of the grinding machine system lead to an extension of already existing systems in the field of grinding technology at the TU Dortmund University. The benefit of the grinding machine system is directly demonstrated in the planned group of users, which also goes beyond the field of production engineering in the Faculty of Mechanical Engineering. Especially the profile area "Materials, Production Technology and Logistics" of the TU Dortmund University would be strengthened by research using the grinding machine system. Both basic research and application-oriented projects are equally addressed by the flexibility. The machine system will therefore play a central role in research projects of various funding authorities, especially DFG, AiF or EU.