Of the methods of improving the efficiency of numerical control woodworking lathe, formulate reasonable processing craft route

Of the methods of improving the efficiency of numerical control woodworking lathe, formulate reasonable processing craft route, by numerical control woodworking lathe factory today to share: 1, the processing technology of: usually a component can have different kinds of technological process, the different parts of the process, the production efficiency, processing costs and processing accuracy often have significant difference, so we should be on the premise of guarantee the quality of parts processing, according to the specific conditions of production, try to improve the production efficiency and reduce production costs, to develop a reasonable processing technology. 2, the determination of processing route: correct simple processing route, is the foundation of guarantee processing quality and efficiency. Choose when the processing route of parts must abide by the principle of determining processing route, can achieve the goal of improve production efficiency. Determine the principle of processing route mainly include: (1). Should be able to meet the requirements of parts machining accuracy and surface roughness, and high efficiency; ②。 Should try to make the processing route, the shortest, so can not only reduce the procedures section, and cutter tool idle away time can be reduced; ③。 Should make the numerical calculation is simple, less the number of procedures, in order to reduce programming effort. In addition, determining the processing route, consider the allowance of the workpiece and the rigidity of the lathe, cutting tools, etc. , is a knife, or feed many times to complete the processing. At the same time, should try to be a clamping, composite processing, processing and forming at a time. In this way, can reduce the workpiece installation times, shorten the time of the moving and the clamping effectively. In this way, both can effectively improve the machining efficiency and can well guarantee the position accuracy of parts.