Study on the Molding of the Instrument in the Complex Thin-Wall Medical Device with Polymer Material Structure
DOI: 10.23977/jpim.2022.020101 | Downloads: 4 | Views: 635
Tianbiao Huang 1, Nuoying Feng 2, Yifan Tang 1
1 Zhejiang Ocean University Donghai Science and Technology College, Zhejiang, China
2 Zhejiang Huachang Hydraulic Machinery Co., Ltd, Zhejiang, China
Corresponding AuthorTianbiao Huang
China has poured a lot of heart and soul into the development of medical device industry, but up to now, Chinese medical device industry in the high-end product field, the competitiveness of local enterprises is still vulnerable. This Papers is in order to optimize the use of polymer materials for medical equipment for the rational exploration of a shortcut. In this paper, the application of Ug tool software, Moldflow tool software, AutoCAD tool software and other tools are used in the design, manufacture, simulation analysis of polymer materials used in medical devices; It can be used for reference in the design, manufacture and simulation of medical equipment with the same kind of polymer materials. In this paper, according to moldflow analysis software study on used to determine, the injection molding mold location, cavitation distribution, weld lines, maximum deformation of the products. This article has certain reference value to the design and production of the same kind of products.
KEYWORDSMedical devices, Thin-wall Polymer, Macromolecule, Injection, Die
CITE THIS PAPER
Tianbiao Huang, Nuoying Feng, Yifan Tang, Study on the Molding of the Instrument in the Complex Thin-Wall Medical Device with Polymer Material Structure. Journal of Precision Instrument and Machinery (2022) Vol. 2: 1-10. DOI: http://dx.doi.org/10.23977/jpim.2022.020101.
 Wang Xiaoyan. Macro-environment analysis of Chinese medical device enterprises based on PEST model. Technology and markets, 2021,28(03): 133-135.
 Sun Benlong, Liu Yinghui. Preliminary study on the development of die and mould at home and abroad. China high-tech zone, 2018(01): 178.
 Zhao Jianping, Yang Min, Wang Li, Fei Yeqi, Wei Yanchun. Design of injection mold for PCB shell based on Ami and Creo. Die & Mould Industry, 2018,44(09): 58-62.
 Lau Dan, Qian Yingping, Yi Guofeng, Huang Juhua, Huang Xu. Optimization design of injection mold for automobile rearview mirror base based on Moldflow. Plastics, 2014,43(05): 95-97 + 26.
 Liu Yanguo, Lu Yongfeng. Plastic forming technology and mould design. BEIJING: POSTS & Telecom Press, December 2011.
 Zhai Qinghong. Investigation on the development of injection mould at home and abroad. Techwind, 2018, (issue 27).
 Geng Haizhen, Ren Lixin, Yang Junru. Optimization design of injection molding process for camera front cover based on MPI. Mechanical Design and research, 2013,29(06): 59-62.
Sponsors, Associates, and Links
Cybernetics and Mechatronics
Journal of Engineering Mechanics and Machinery
Digital Manufacturing and Process Management
Ultra-Precision Machining Process
Journal of Robotics and Biomimetics
Prognostics, Diagnostics and Health Management
Engineering and Solid Mechanics
Fracture and Damage Mechanics
Frontiers in Tribology
Fluid and Power Machinery
Chemical Process Equipment
Journal of Assembly and Manufacturing
Mechanical Vibration and Noise