It is an unincorporated secondary institution directly under Hefei Institute of Material Science, China Academy of Sciences. On June 20 10, Hefei Institute of Material Science of China Academy of Sciences signed a contract with Changzhou Municipal Government. Its predecessor was changzhou mechanical and electrical Institute of Technology, which was registered in June 2007. Advanced Manufacturing Institute was formed by the merger of changzhou mechanical and electrical Institute, Hefei Institute of Intelligent Technology Intelligent Automobile Technology Center of Chinese Academy of Sciences and Changzhou Modern Design and Manufacturing Center. Now registered as Changzhou Advanced Manufacturing Technology Research Institute, Changzhou legal person. The research institute consists of robot system laboratory, virtual prototype laboratory, precision machining and testing laboratory, intelligent automation laboratory, automotive electronic technology laboratory and hardware-in-the-loop simulation verification laboratory, mainly focusing on robots and intelligent equipment, and vigorously promoting the development of design and virtual prototype technology, robot application technology, intelligent automation technology, new material technology and new energy technology. It has become a distinctive research institution in promoting the transformation of scientific and technological achievements, solving technical problems of enterprises and cultivating high-tech talents.
Shanghai jiwu station branch
Established independently by Shanghai Institute of Technical Physics, Chinese Academy of Sciences, it settled in Changzhou Science and Education City and registered as an independent institution with the registered name "Changzhou Institute of Optoelectronic Technology". The sub-center mainly has two development fields: LED product detection and high-end product research and development, infrared detector research and development, and photoelectric detection technology research. At the same time, we will make use of the research results of the Institute of Technical Physics in solar photovoltaic and medical imaging systems to promote the cooperation between the Institute and Changzhou enterprises, and strive to become an applied technology research and development platform with certain technical level and influence in the fields of new photovoltaic materials, new light sources, infrared civilian products and so on within 3-5 years.
Shenyang calculation branch
Established independently by Shenyang Institute of Computing Technology, China Academy of Sciences, settled in Changzhou Science and Education City, registered Changzhou Institute of Numerical Control Technology, and is an institution with independent legal personality. Mainly engaged in numerical control and industrial control technology, information technology research and development and transformation of scientific and technological achievements; At the same time, we will carry out technical training in numerical control technology and operation, computer-aided design and manufacturing technology, animation production and so on. The institute has numerical control technology laboratory, flexible manufacturing technology laboratory and information technology laboratory. There is a professional technical team specializing in technical research, development, training and industrialization of numerical control technology, which has obvious technical advantages in technical product innovation and engineering, process optimization and automation equipment upgrade.
Chengdu organic suo branch
Established independently by Chengdu Organic Chemistry Co., Ltd. of China Academy of Sciences, it settled in Changzhou Science and Education City and registered Changzhou Institute of Chemistry with independent legal personality. The main tasks of the sub-center are technology research, technology promotion, project cooperation and personnel training. Based on Changzhou, facing the demand of economic development in the Yangtze River Delta for chemical technology, we will carry out technology research and development, undertake R&D projects entrusted by enterprises, such as green chemical technology and engineering, new energy materials and energy storage devices, high-value renewable resources, preparation and application of environmentally friendly polymer materials, and provide comprehensive technical support for enterprises to accelerate the transformation and industrialization of achievements.
Guangzhou University of Energy Branch
Established independently by Guangzhou Energy Research Institute of Chinese Academy of Sciences, it has settled in Changzhou Science and Education City, and established Changzhou Guang Sheng Yuan Energy-saving Ecological Technology Co., Ltd. together with Changzhou Jingyuan Environmental Engineering Technology Co., Ltd., and established the Ecological Energy-saving Building and New Material Engineering Technology Center in cooperation with Changzhou Zhonglou District Government. The sub-center focuses on the research and development, promotion and application of energy and environmental protection technologies and related materials technologies, and carries out technical consultation, technical service, technology research and development, promotion and industrialization in the field of energy and environmental protection according to Changzhou's demand and industrial advantages. At present, the sub-center has mature and advanced technical achievements in building energy conservation, renewable energy utilization, urban sewage and garbage treatment. , has been implemented or is being implemented.
Ningbo Institute of Materials Branch
It is jointly built by Ningbo Institute of Materials Technology and Engineering of China Academy of Sciences and Changzhou Zhaolong Synthetic Materials Co., Ltd. and is an unincorporated unit. The orientation of Ningbo Institute of Materials is oriented to the development needs of manufacturing and materials industry, to the progress of materials science and technology, to the forefront of the world, with a high starting point, big goals and diversified integration, and to promote technological development and industrialization from the forward-looking application of basic research. At present, the sub-center mainly carries out research and development and industrialization of high-performance polyester composite materials. The developed "high-performance polyester composite material" is listed as the key transformation project of scientific and technological achievements in Jiangsu Province, with high scientific and technological content and broad market prospects.
Branch of process engineering society
It was built by the Institute of Technology of China Academy of Sciences in cooperation with Changzhou Huawei Electronics Co., Ltd., which is an unincorporated institution. Mainly carry out research and development of reflective materials and related products. The two parties jointly established the "Jiangsu Huawei Reflective Material Application Engineering Center", built a number of engineering laboratories such as engineering film, license plate film and high-strength film, built an industrial patent database information platform for reflective materials and products in related fields, and developed related technical software. At present, the project "Research on High Performance Retroreflective Materials (Micro Prisms)" is being implemented. The development goal of the sub-center is to promote the development of reflective materials engineering technology, promote the upgrading of reflective products, strive to catch up with the advanced world level, and realize the scale industrialization of scientific and technological achievements.
Engineering re wusuo branch
It is jointly established by Institute of Engineering Thermophysics of Chinese Academy of Sciences and Changzhou Sanwei Technology and Equipment Co., Ltd., and is an unincorporated organization. And jointly established the "new product R&D and test base". The Institute of Engineering Thermophysics mainly focuses on three major fields of energy, power and environment, and carries out technical research and development and application in five research fields and directions: clean coal cogeneration technology, advanced combustion technology, heat and mass transfer technology, aerospace thermophysics and total energy system, and renewable energy. At present, the sub-center is mainly engaged in aerodynamic design and research of new steam turbine and gas turbine blades, carrying out strength, material and manufacturability tests, striving for research topics in relevant fields of the country, province and city, carrying out professional technical training, and large-scale production and application of new products.
Shanghai silicic acid research institute branch
Shanghai Institute of Silicate, China Academy of Sciences and Jiangsu Yuan Yu Electronics Co., Ltd. jointly funded the establishment, which is an unincorporated unit. The discipline direction of Shanghai Institute of Silicate is advanced inorganic materials science and engineering, and its main research fields cover artificial crystals, high-performance structural and functional ceramics, special glasses, inorganic coatings, bio-environmental protection materials, energy materials, composite materials and performance testing and characterization of advanced inorganic materials. At present, the sub-center mainly carries out the research and development and industrialization of surface-mounted piezoelectric ceramic electroacoustic devices, high-power piezoelectric sounding devices and next-generation consumer audio-visual terminals for communication applications.
University of Science and Technology of China Campus
Jointly built by China University of Science and Technology, China Academy of Sciences and Changzhou Huatai Chemical Co., Ltd., it has now settled in Changzhou Science and Education City. China University of Science and Technology is a comprehensive national key university focusing on cutting-edge science and high technology and featuring management and humanities. At present, the sub-center mainly relies on the technical advantages of China University of Science and Technology to develop advanced photocuring technology and materials. At present, the joint research center of China University of Science and Technology-Huati UV-curing Foundation and new materials has been established, with four research groups, namely, the research and development project group of new UV-curing initiator; Project group of photocurable coatings for food packaging; Wireless optical splicing technology project team; Research group of electromagnetic shielding photocurable powder coatings. Some projects have been industrialized.