Tool Spindle with replaceable rotormodules

这个为期六年的研究项目的目标是开发一种具有多功能，可更换的加工和测量模块的新型小型高频刀具主轴。高频刀具主轴必须集成在桌面大小的机床中，尺寸远低于1平方米，由SPP子项目合作伙伴共同开发。在这个机器系统中，第一步可以制造微型部件，通过使用几个生产过程，第二步可以测量制造的微观结构。因此，将分配微部件的重新夹紧操作以及夹紧误差和处理问题的影响。在第二个资助期，将通过开发新的转子模块来增加已经开发的高频刀具主轴的多功能性。此外，主轴系列的开发将用于扩大现有系统的功能边界。为了与机床控制和其他子项目进行数据耦合，各个转子模块和部件的特性特性应存储在微控制器中，集成在换刀器和刀轴中。此外，开发的高频主轴及其部件应提供给spp1476项目合作伙伴。加工系统的功能将通过使用制造和后续测量的微部件和结构的协同作用显著增加。

The goal of this six year research project is the development of a novel small high-frequency tool spindle with multifunctional, replaceable machining and measurement modules. The high-frequency tool spindle has to be integrated in a desktop sized machine tool with dimensions well below 1 m², collectively developed by the SPP subproject partners. Within this machine system it is in a first step possible to manufacture micro components, by using several production processes and in a second step to measure the manufactured microstructures. Thereby reclamping operations of the micro component will be dispensed as well as the influence of chucking errors and handling problems. In the second funding period the multifunctionality of the already developed high-frequency tool spindle will be increased by developing new rotor modules. Additional the development of a spindle family will be used to enlarge the functional boundaries of the existing system. For data coupling with the machine control and other subprojects, the characteristic properties of the individual rotor modules and components should be stored in a microcontroller, integrated in the tool changer and the tool spindle. Furthermore the developed high-frequency spindles and its components should be provided for the project partners in the SPP 1476. The functionality of the machining system will be significant increased by using the synergy of manufacturing and following measurement of the micro components and structures.