The first domestic CNC not falling wheel pair lathe was successfully developed in Wuzhong

"China Machine Tool" reported on June 26, Wu Zhong held China's first CNC non-falling round to the lathe export European ribbon-cutting ceremony. UGG-15CNC CNC non-falling wheel-turn lathe for the repair of the wheel rim and tread of the wheelset, metro vehicle and urban light rail vehicle wheelset by Wuzhong, which can be digested and absorbed by Wuzhong. In the case of any component, the repair of the vehicle wheelset is completed. The machine is equipped with the advanced Siemens 840D CNC system, which can automatically complete the lifting and centering of the wheelset, the measurement of the diameter of the wheel tread and the wear surface, the processing of the data processing and processing, the determination of the optimal cutting amount, Final measurement, print the results and enter the data into the entire computer and other processing. According to the contract requirements, the machine will be shipped to Italy at the end of June, achieving a breakthrough in the “zero” export of this series of products in Europe.
UGL-15CNC numerical control does not reduce the successful manufacture and export of lathes, which not only fills the domestic gap, but also marks that China's rail vehicle processing machine tools have reached the international advanced level.

Substrate

The formation of fluoride crystal mica is a sub-grade, and does not adsorb impurities. It was selected by the Chinese Academy of Sciences Environmental Biology Research Center Peking University, Tsinghua University, Shanghai Fudan University, Nanjing University, and more than 100 national research institutions and universities for AFM substrate After (microscopy carrier wave), the relevant person said: Compared to natural mica, fluorite mica has better flatness and less adsorption impurities. The images observed in the analysis of the DNA structure, especially in the 1 nm to 100 nm scale, have observed surface interference fringes not found in the natural mica experiment, which are clearly dozens of times better than the natural mica substrate. Experts involved in the experiment believe that the use of fluoride mica instead of natural mica as a substrate material is expected to catch up with the international level.

The main performance in the field of atomic force microscopy:

Beijing University of Technology, Zhejiang University, Shanghai Jiaotong University, Xi'an Jiaotong University, Harbin Institute of Technology, Jilin University, Northeast Normal University, Shaanxi Normal University, Sichuan University, China University of Science and Technology, Chongqing University, Tongji University, Shenzhen University

Microscope Substrate,Afm Substrate,Growth Substrate,Multilayer Substrate

Changchun City Taiyuan FluorphlogopiteCo. Ltd. , https://www.micaslice.com

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