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Aluminum -water CNC debris removal machine is a new product , not yet developed a special aluminum -water debris removal machine , most electrolytic aluminum enterprises cleaning residue is not timely , the widespread use of a common tool manual cleaning residue , the labor intensity the efficiency is very low, sometimes even damage the insulation material of the inner wall of the aluminum -water , seriously affecting the quality of aluminum products , is increasingly apparent defects in the process of enterprise development . For the status quo , and the request of the enterprise , this paper, virtual prototyping technology and CNC technology , expand the design and equipment of the new aluminum -water cleaning residue . Virtual prototyping technology is a new approach to product development , it is a digital computer simulation model based design method . Use of virtual prototyping technology , product designers, users and manufacturers early in the product development , visual image in a virtual environment , the virtual prototype design optimization , performance testing , manufacturing simulation and use simulation designed to inspire innovation , improve the design quality and reduce design errors , speed up the product development cycle of great significance . In this paper, under the guidance of the theory of virtual prototyping technology and CNC technology in foreign high-tech software -CAD/CAE/CAM feature modeling tools SolidWorks, the mechanical dynamics simulation software ADAMS (Automatic Dynamic AnalysisMechanical System) and finite element analysis software ANSYS integrated system based on aluminum water package CNC debris removal machine design and research . First, according to the requirements of the processing to determine the basic parameters of the debris removal machine , numerical control system design , using SolidWorks software to its three-dimensional parametric modeling and assembly , and model the correct and reasonable basic inspection , and the use of mechanical dynamic simulation software ADAMS mechanical systems , motion analysis , and dynamic interference test its movement . Finally, the components of finite element analysis ANSYS key components of the residue clearance machines of finite element static and dynamic analysis to optimize the design of the mechanical structure , to ensure the quality of the design . Design ideas and methods of the subject is equally applicable to the design and development of new products .
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