光学磨床主轴设计及三维建模
摘  要
    现代机床的发展日益趋向高效率和高精度，这对机床的设计提出了更高的要求，需要采用更先进和合理的设计方法来完成机床设计优化。对于磨床而言，主轴组件是磨床极为重要的组成部分，其性能的好坏对磨床的性能有着重要的影响。本文具体研究分析了磨床发展的现状，磨床主轴组件的发展状况和发展趋势；在总结前人研究成果的基础上，结合当前的技术发展趋势，对主轴组件进行了受力分析计算，同时对该类立轴圆台平面磨削的磨削力进行了分析。利用轴承静刚度的有效经验计算公式，结合该磨床的实际情况对轴承的刚度状况进行了分析。  

 
关键词：光学磨床；主轴设计；三维建模；Solid Edge


Optical design and three-dimensional modeling ogrinding spindle
Abstract
The growing tendency of the development of modern machine tools with high efficiency and precision, the design of this machine a higher requirements, the need to adopt more advanced and reasonable design method to complete the machine design optimization. For the grinding, the grinding spindle is a very important component part of, the performance is good or bad performance on the grinding machine has a significant impact. This detailed analysis of the development status grinder, grinding machine spindle component of development conditions and trends; In conclusion, based on the results of previous studies, combined with current technology trends, force analysis of spindle components were calculated at the same time that type of spindle and round table surface grinding of the grinding force is analyzed. STIFFNESS OF EXTERNALLY effective use of axis empirical formula, combined with the grinding reality of the bearing stiffness conditions were analyzed.
 
KeyWords: optical grinder; Spindle Design; three-dimensional modeling; Solid Edget