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2018-06-20

Dongli District Party Committee Secretary Xia Xin visited the high-end hospital and held a symposium.

On the morning of June 19, Dongli District Party Committee Secretary Xia Xin inspected the Tianjin High-end Equipment Research Institute of Tsinghua University (hereinafter referred to as "High-end Institute") and conducted on-site investigations on the development of our institute. Liu Keqiang, member of the Standing Committee of the District Party Committee and Director of the District Party Committee Office, Zheng Li, vice chairman of the District Committee of the Chinese People's Political Consultative Conference and Secretary of Huaming Street Party Committee, and responsible comrades of Huaming High-tech Zone accompanied the investigation. Academician Luo Jianbin, president of the high-end college, and other relevant college leaders received Secretary Xia Xin and his party. The two sides held a forum and had in-depth exchanges. First of all, Executive Vice President He Yongyong gave a detailed report on the development of the high-end institute since its establishment, including the team's key achievements in technological research and development, industrial transformation and expansion, market financial engine, etc. Academician Luo Jianbin said that the smooth and rapid development of the high-end institute cannot be separated from the good policy of opening up and enlightened Dongli District, as well as the service guarantee and support assistance of various commissions and bureaus. The high-end institute will continue to export the excellent academic achievements of Tsinghua University, integrate cross-disciplinary and multi-disciplinary innovation resources, and do a good job in the last kilometer transformation from technology incubation to industrial promotion. Xia Xin said that as a platform organization focusing on scientific and technological innovation and achievement transformation, the high-end institute has played an important role in high-tech R & D transformation and high-level talent gathering since it settled in Toray, and its achievements are obvious to all. The research institute has a good goal positioning and a high starting point for development. The mission spirit of the Tsinghua teacher-student team to go out of universities and actively expand the road of basic research to industrial innovation is also admirable. Xia Xin emphasized that Dongli District relies on the talent environment, service level, and industrial supporting facilities to attract enterprises on the development path of technology-driven regional economy and promoting industrial transformation and upgrading. At the same time, it also uses talent policies, industrial policies, and financial policies to support enterprises. In the future, Dongli District will continue to improve the incubation mechanism, strengthen carrier construction, and ensure space, and continue to unswervingly support the overall development of high-end hospitals, in order to speed up the transformation of its achievements and industrial landing, we should do a good job in policy docking and support, and at the same time, we also hope that the high-end hospital can further play the role of serving enterprises and localities, and contribute more to economic and social development. Secretary Xia Xin made a speech in the report of the enterprise publicity office of the hospital affairs department/Zhao na tu/Zhao na

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2018-06-21

Selected Students of Nankai University Go to Our College to Study and Exchange

On the morning of June 19, a group of more than 40 selected students from Nankai University arrived at the Tianjin High-end Equipment Research Institute of Tsinghua University (referred to as the "High-end Institute") for a study visit, and conducted on-site exchanges on the development status of our institute's key scientific research results and technical product applications. During the visit to the exhibition hall, the selected students and their party learned in detail about the mode of achievement transformation of the high-end institute, the direction of research fields, the channels of industrial promotion and the financial security system. Among the 33 research institutes that have been established, the core technologies cover robot manufacturing, new energy power, 3D printing equipment, friction reduction and consumption reduction systems, etc. Football robots, super-capacity capacitors, titanium alloy prints, intelligent lubrication systems and other products derived from related technologies have also aroused widespread interest among visitors, and the two sides have interacted one by one on the comprehensive performance, market advantages, industrial applications and other issues of the products. As a professional expatriate institution of Tsinghua University, the high-end institute of interactive exchange in the exhibition hall undertakes the important mission of transforming scientific research achievements and cultivating compound talents. In the past four years since its establishment, the institute has hosted many activities of Tsinghua students' Dongli trip. At the same time, it has also received exchange visits from universities such as the University of International Business and Economics, Nankai University and Tianjin University, providing a platform for science, education and learning for many professionals. Department of Hospital Affairs, Enterprise Publicity Office, Daily News/Zhao Na Tu/Ma Jing (Internship)

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2018-06-21

The Tsinghua University Institute of Education organized the trainees of the second-phase training course for young crops of China North Industries Group Co., Ltd. to come to our institute for docking and exchange.

2018年6月15日,清华大学继续教育学院负责人组织中国兵器装备集团有限公司(简称“中国兵器集团”)青年干部50余人来我院进行参观交流活动。学员一行对我院孵化企业、研究所、高端院展厅和天津机床博物馆进行了参观,同时双方举行了对接座谈会,就未来合作技术点进行了深入讨论。我院院务部、科研部、产业部相关负责人以及部分关联技术研究所负责人共同参与了接待。  学员们参观孵化企业清研智束    此次来访的学员是来自于中国兵器集团总部和遍布于全国各分公司的管理和技术一线的青年干部们。15日清早,学员们乘坐大巴车来到了位于华明低碳园的高端院孵化企业天津清研智束科技有限公司(简称“清研智束”)和表界面微纳技术研究所(简称“表界面所”)进行了实地参观考察。清研智束销售总监葛君艺和表界面所研发工程师任勃帆接待了学员一行。  学员们通过在现场的介绍,切实的了解了我院产学研一体化的运营模式,以清研智束研发的国内首台QbeamLab电子束选区熔化金属3D打印机为例,学员们了解了一台顶尖的设备如何从清华大学长达10余年的技术积累,到我院的产业化平台进行转化,再到孵化企业运营生产使其在生产车间诞生出来的全部过程。葛君艺介绍到,QbeamLab设备从机械部件、工艺控制软件、切片软件到电子束能量发生装置等所有的元器件都是由我院自主设计研发的,没有任何形式的委外设计,学员们仔细聆听,不时询问技术参数进行确认是否可在本企业进行应用。随后,在表界面所,学员们对我院研发的甲醛净化布和除味变色球等产业化产品表现除了浓厚的兴趣,纷纷询问了购买方式。对表界面所将技术应用的产业范围之广、规模之大、速度之快表示赞赏。  学员们参观表界面微纳技术研究所    为了让来自全国各地的学院对天津市工业城市的历史和“一基地三区”的定位有更加深刻的了解,此次访问活动特地安排参观了位于高端院5号楼占地6000平方米的天津机床博物馆。这里汇聚了来自瑞士、德国、美国等世界各国家制造的100余台机床,500余件民用机械。参观中,世界上最早的印刷机和天津海鸥手表厂制造第一块手表使用的铣床给学员们留下了深刻的印象,学员们在博物馆里见证了天津工业的发展。  学员们参观天津机床博物馆    随后,学员们一行来到高端院展厅。在了参观了孵化企业和研究所的基础上,学员们又系统的了解了高端院的发展概况、运营模式、33个研究所的技术优势和产业化的进展情况等各方面信息,对高端院有了更加全面的认识。  学员们展厅参观 系统了解高端院    本次活动行程安排紧凑,中午工作餐过后,对接交流座谈会正式开始。院务部副部长范静首先对我院的整体发展情况向学员们进行阐述,科研部王立全介绍了我院科研管理情况和高端院承担的清华大学智能装备设计与制造全日制工程硕士项目等重点项目的进展情况。座谈中,我院机器人与自动化装备工程研究所副所长宋立滨、轨道交通润滑脂研究室主任尹维、润滑技术研究所高级研发工程师张继平、动力传动应用技术研究所常务副所长郭齐江、先进能源装备技术研究所副所长王亮君、增材制造技术与工程研究所销售总监葛君艺都进行了技术推介,对各研究所技术优势、产品性能、应用领域等方面进行了全面介绍。学员们认真听取了介绍,寻找着技术的契合点,他们询问了机器人的作业环境;新材料的开发情况、为企业设计订制摩擦润滑监控系统的可行性,以及和企业的未来的合作形式进行了探讨,双方此次交流为未来的深入合作奠定了基础。  院务部副部长范静组织座谈会议    高端院相关负责人与学员发言    此次对接交流活动成果颇丰,在军民融合产业不断深入、环保标准不断提高、智能制造代替人工生产的大趋势下,高端院的技术优势和创新的合作模式都将为企业的转型升级提供良好的助力。作为清华大学的专业派出研究院,高端院承载着清华大学产业输出的使命和人才培养的重任,未来将继续致力于探索与清华大学继续教育学院更加多元化的合作方式,为更广泛的企业合作和人才培养模式提供新路径。  交流座谈会现场    高端院企宣办报道文/王肖图/马婧(实习)

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2018-06-22

The Ministry of Industry and Information Technology "Motor Permanent Magnet Remanufacturing Green Design Platform Construction Project" declared by our hospital has passed the project publicity.

On June 12, 2018, led by Ruichang Senaoda Technology Co., Ltd. and jointly declared by the Advanced Manufacturing Joint R & D Center of Tsinghua University Tianjin High-end Equipment Research Institute (hereinafter referred to as "High-end Institute"), the 2018 green manufacturing system integration project "Motor Permanent Magnet Remanufacturing Green Design Platform Construction Project" successfully passed the three-level review of Jiujiang City, Jiangxi Province, and the Ministry of Industry and Information Technology, it ranks second among more than 200 recommend projects submitted by provinces across the country. At present, the project has been completed by the Ministry of publicity. Our institute has jointly established a consortium with Ruichang senaoda technology co., ltd, electrical technology research institute of Chinese academy of sciences and the other two enterprises, with a project application fund of 45 million yuan. Among them, Wang Xianchang, chairman of Ruichang Senaoda Technology Co., Ltd., is the general person in charge of the project, and Zhang Xiaohao, director of the Institute of Intelligent Security Technology and equipment of the High-end Institute and director of the Advanced Manufacturing Joint Research and Development Center, is the technical person in charge of the project. The advanced manufacturing joint research and development center of the high-end institute is mainly responsible for the design, planning and construction of the non-destructive dismantling and green cleaning assembly line of waste motors, the green design of the standard-setting remanufacturing process and the equipment renovation, accounting for 25% of the total workload of the project. Energy conservation and environmental protection, green manufacturing, circular economy, is the global problem to be solved. Through tackling key problems of the old motor permanent magnet green technology, the project gives full play to the advantages of advanced technology, design and manufacturing and engineering practice, and realizes the co-construction and sharing of green design resources, so as to improve the green lean production capacity and enhance the market competitiveness of green motor products. Through overall planning and coordination, we will promote the green development of regional manufacturing industry, further improve the level of green manufacturing, and lead the green transformation of the industry. Intelligent Security Technology and Equipment Research Institute Report/Zhang Qiong Fangtu/Zhang Xiaohao

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2018-06-23

Tool & Bearing Electromagnetic Strengthening Technology Research Institute

Tool & bearing electromagnetic strengthening technology research institute has the "electromagnetic strengthening" process and equipment technology completely independent intellectual property rights. Electromagnetic strengthening is the first treatment technology proposed by Tsinghua University that can greatly improve the wear resistance of alloys and cermets. It has the characteristics of no change in the appearance and size of components, no pollution, and high efficiency. It has undergone many industries and batches of practical tests. And began practical application. At present, there is no similar technology and level at home and abroad. The core members of the research team are teachers and students of Tsinghua University, including equipment manufacturers and tool & bearing users. It is one of the few teams in China to carry out relevant research and industrialization. Members include basic research group (doctoral students and postdoctoral students in Tsinghua University), equipment group (providing professional mechanical and electrical equipment design and manufacturing), marketing group (tool users and bearing manufacturers), and outsourcing units of tool materials and tool manufacturing around. This research institute focuses on improving the service performance of basic components of cutting tools and bearings in China, and carries out three aspects of work: providing electromagnetic treatment services for key national fields (such as navigation shafts, navigation bearings, etc.); Providing electromagnetic treatment equipment for industries with high demand in the market (such as aluminum extrusion dies and automobile bearings); Integrating with the existing technologies of high-end institutes, provide high-end tool & bearing products (such as ball milling cutters for blade machining, machine tool spindle bearings). Core technology: 1. Tool field: for superhard ceramics, carbide, high-speed steel turning tools, milling cutters, drills and other general tools, as well as reamers, ultrasonic knives, hob, broach and other special tools, can effectively improve its wear resistance and service life. 2. Bearing field: For high-end bearings in aviation manufacturing, automobile industry and other industries, it can effectively improve its fatigue performance. Industrial transformation process: providing electromagnetic treatment services for national key fields (navigation axis, navigation bearing, etc.); Provide electromagnetic treatment equipment (aluminum extrusion die, automobile bearing) for industries with large demand in the market; Integrate with the existing technologies of high-end institutes to provide high-end tools & bearing products (spherical milling cutters for blade processing, machine tool spindle bearings). Contact Address: Room A613-2, Li Zhaoji Building, Department of Mechanical Engineering, Tsinghua University, Haidian District, Beijing 100084 Contact: Cai Zhipeng Fixed Tel: 010-62788517 E-mail: czpdme@mail.tsinghua.edu.cn

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2018-06-26

Institute of Additive Manufacturing Technology and Engineering

The Institute of Additive Manufacturing Technology and Engineering was established in September 2015 to build an industry-university-research collaborative innovation system and promote the development of additive manufacturing technology. The director is Professor Lin Feng, doctoral supervisor of Tsinghua University. His research team has long been engaged in the development of additive manufacturing (3D printing) equipment and technology, and has developed additive manufacturing technologies and equipment such as electron beam selective melting (EBSM), low temperature deposition manufacturing (LDM) and three-dimensional cell controlled assembly (3DCCA). The team currently has 1 professor, 1 associate professor, 2 doctors, and more than 10 engineers with bachelor's degree or above. Lin Feng is a professor and doctoral supervisor at Tsinghua University. Vice Chairman of the Rapid Prototyping Technology Committee of the Special Processing Society of the Chinese Mechanical Engineering Society. The main business of the start-up team's additive manufacturing institute is to provide a comprehensive solution for metal additive manufacturing (3D printing), electron beam selective melting (EBSM), research and development of metal additive manufacturing equipment, high-end metal 3D printing services for aerospace and medical fields, design methods for 3D printing, 3D printing software development and customization of 3D printing metal material performance research, and core technologies for new material development: layered Solid Manufacturing (SSM) Melt Extrusion Manufacturing (MEM) Mold-less Manufacturing (PCM) Frozen Ice Forming (FIC) Multifunctional Rapid Prototyping System (M-RPMS) Electron Beam Selective Melting Manufacturing (EBSM) Low Temperature Deposition Manufacturing (LDM) 3D Cell Controlled Assembly (3DCCA) Industrialization Process of Cell Precision 3D Printing: electron Beam Selective Melting (EBSM) Metal Additive Manufacturing Equipment Research and Development High-end Metal 3D Printing Services for Aerospace and Medical Fields Design Methods for 3D Printing, 3D Printing Software Development and Customization 3D Printing Metal Material Performance Research, New Material Development Cooperation Enterprises: jiangsu Tongda Power Co., Ltd. Beijing Taier Times Technology Co., Ltd. Foshan Fenghua Zhuoli Manufacturing Technology Co., Ltd. Northwest Nonferrous Metals Research Institute, Chinese Academy of Sciences, Institute of Solid Matter, Chinese Academy of Sciences, Shenzhen Institute of Advanced Technology, Harbin Institute of Technology, Fourth Military Medical University, PLA Institute of Orthopedics, PLA General Hospital, Chinese Academy of Medical Sciences Cancer Hospital, Chinese Academy of Medical Sciences, Beijing Plastic Surgery Hospital, Hangzhou University Incubation Enterprise: Commercial Electron Electron Beam Technology University Incubator, Tianjin QbeamLab Contact Information: building C1, Low Carbon Industry Base, Huaming High-tech Zone, Dongli District 300300 Contact: Guo Chao Fixed Phone: 022-84856136 Mobile Phone: 18911593278 E-mail: 022-guoc@tsinghua-tj.org Fax: 022-84856136

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