Micro Waterjet Cutting System

在机械工程学院，某些切割任务目前还不能或只是不能充分地实现。购买所申请的微水射流切割系统的目的是扩大加工可能性，以能够生产出尺寸、表面粗糙度和几何公差方面具有可重复质量的丝状工件。此外，参与机构还可以开辟新的研究领域。这方面的一个例子是，通过结合0.3 mm的喷嘴直径提供高定位精度来生成特定沟槽和表面结构的可能性，以便生成关于部件损坏行为的特定知识。此外，还将研究从塑料中系统地去除材料。使用微型水射流系统，也可以在不引入热效应的情况下对工件进行加工。这防止了外围区域的影响。纯水喷射的选项允许对泡沫等材料进行进一步加工，开辟了新的研究领域。

In the Faculty of Mechanical Engineering, certain cutting tasks cannot or only inadequately be realized at present. The aim of purchasing the micro waterjet cutting system applied for is to expand the processing possibilities to be able to produce filigree workpieces with reproducible quality in terms of dimensions, surface roughness and geometrical tolerances. In addition, the participating institutes can also open new research areas. An example of this is the possibility of generating specific grooves and surface structures by providing high positioning precision in combination with a nozzle diameter of 0.3 mm , in order to generate specific knowledge regarding the damage behaviour of components. Furthermore, a systematic removal of material from plastics is to be investigated as well. With the micro waterjet system, workpieces are also processed without the introduction of thermal effects. Which prevents the influence of the peripheral zone. The option of pure water jetting allows further processing of materials such as foams opening up new fields of research.