Academic Journal of Engineering and Technology Science, 2018, 1(1); doi: 10.25236/AJETS.020003.
Xinwen Li, Yingjie Tang
College of Nuclear Technology and Automation Engineering, Chengdu University of Technology, Chengdu 610059, China
3D printing technology, as a material manufacturing technology, is widely used in film, education, mechanical design, industrial design, medical, aviation, mechanical automation and other fields, in the process of education and mechanical design, 3D printing technology show extraordinary ability. Through this 3D printing-based manufacturing method, a cam-driven handling manipulator suitable for teaching is developed and designed. The reciprocating motion of the manipulator is carried out by the joint action of the two cams, and the subsequent connecting rod mechanism makes the manipulator With the steering function, using SolidWorks simulation analysis, the impact of smaller institutions, better stability, to meet the design requirements, in order to adapt to teaching use, part of the box using plexiglass material, making the entire design can be appreciated.
3D printing, mechanical creative combination, cam-driven manipulator, linkage mechani
Xinwen Li, Yingjie Tang. Development of a Mechanical Creative Combination Based on 3D Printing. Academic Journal of Engineering and Technology Science (2018) Vol. 1: 22-33.
 Zhang Xuejun. Research Status and Key Technologies of 3D Printing Technology [J]. Materials Engineering, 2016, (2): 122-128.
 Luo Jun. 3D printing primary textbook [M]. Infinite 3D (Qingdao) Printing Technology Industry Research Institute, 2015.6.
 Zhang Jing. Research on Teaching Design of Cultivating Creative Thinking by 3D Printing [D]. Shenyang Normal University. 2016.
 Wang Wei. Research on creative thinking of primary and middle school students [D]. Shijiazhuang: Hebei Normal University, 2013.
 Lin Yunfeng. Analysis of Case-based Teaching of 3D Printing in Mechanical Design [J]. Education and Teaching Forum, 2016, (29): 198-199.
 Chen Yuwu. Creative mechanical structure design [J]. Nonferrous equipment, 1994, (04).
 Peng Zhiting. Design of demonstration teaching aids for cam mechanism in mechanical principle [J]. Science and Technology Vision, 2016, (18): 76-77.
 Chen Bingzhen. Discussion on creative mechanical structure design [J]. China High-tech Enterprise, 2015, (29): 32-33.
 Yuan Wei. New Cam Manipulator [J]. Light Industry Machinery, 2012, (6): 75-78.
 Chen Ruiliang. Analytical Method Design of Cam-Link Combination Mechanism of Swinging Follower [J]. Mechanical Design, 2003, (29): 45-46.
 Ge Zhenghao. Research on Direct-acting Cam Manipulator [J]. Journal of Northwest University of Light Industry. 2002, (5): 17-20.