By Stone Bodong Shi, Manager Sino-swissnex Center Guangdong
Final Evaluation and Acceptance meeting Research Cooperation between ECUT and SUPSI
Mass-Spectrometry (MS) is an effective measure to determine the harmful contaminations. However, the commercially available MS is not efficient and easy to use, due to the complicated pre-treatment process and post-analytical process. East China University of Technology (ECUT) — strong in pre-treatment process and post-analytical process, with partnership of University of Applied Sciences and Arts of Southern Switzerland (SUPSI) — good at electronic and precision manufacturing, applied for International cooperation project of Ministry of Science and Technology of the People's Republic of China, and got approved, Project No. 2015DFA40290 "Research on the mass production technology and manufacturing technique for key components to the mass spectrometry instrumentation". SUPSI delivered reports of MANUFACTURING PROCESS TECHNOLOGY and MEASUREMENT PROCESS TECHNOLOGY for 7 typical mechanical parts, and a training program.
Assessors listen to the report of the project
评审专家听取项目报告
Assessors and Project team members group photos
评审专家与项目组成员合照
After 3 years research and development, ECUT and SUPSI have developed a serial process for manufacturing and measuring technologies for key components of the mass spectrometry instrumentation. On Dec 26th, 2018, on behalf of Ministry of Science and Technology of China, Department Science and Technology of Jiangxi Province organized the Final Evaluation and Acceptance meeting of “Research on the mass production technology and manufacturing technique for key components to the mass spectrometry instrumentation". Seven specialists from different research institutes agreed the project have reached the defined objectives and they gave high evaluation and accepted the results.
key components of the mass spectrometry iron source
质谱仪器离子源关键部件示意图
Vision-based measurement of diameters
基于视觉的直径检测
东华理工大学与瑞士南方应用科技大学（SUPSI）国际合作“质谱仪器关键部件量产技术与工艺研究”项目结题验收会
质谱是检测有害污染物的有效手段。然而，由于复杂的前处理过程和后分析过程，一般商用质谱仪器不易使用。东华理工大学拥有前处理工艺和后分析工艺专长，与擅长电子和精密制造瑞士南方应用科学与艺术大学合作申请中国科技部国际合作项目“质谱仪关键部件的大规模生产技术和制造技术研究”（项目号：2015DFA40290）。SUPSI为7个典型机械零件提供了制造工艺技术和测量工艺技术报告，并提供了培训项目。
经过3年的研究和开发，东华理工大学和瑞士南方应用科学与艺术大学已开发出一系列用于质谱仪关键部件的制造和测量技术。2018年12月26日，受中国科技部委托，江西省科技厅组织召开了“质谱仪器关键部件量产技术与制造技术研究”的最终评审和验收会议。来自不同研究所的七位专家一致认为，该项目达到了既定目标，并给予了很高的评价和认可。