CAJ | 학술논문

为解决磁流变抛光较小曲率半径(φ8 mm以下)非球面光学零件困难和抛光效率不高等问题,以四轴超精密机床为平台,开发出一种基于磁场辅助的磁流变斜轴抛光工艺,采用微小磁性工具头斜轴抛光方式,通过X轴、Y轴、Z轴、B轴四轴联动,控制抛光路径,防止干涉,实现微小非球面的超精密抛光.并对微小磁性斜轴抛光工具头的抛光路径轨迹进行了分析计算,采用驻留时间修正方法对误差进行修正,在此基础上开发出适用于微小非球面斜轴抛光的数控加工与修正软件.
위해결자류변포광교소곡솔반경(φ8 mm이하)비구면광학령건곤난화포광효솔불고등문제,이사축초정밀궤상위평태,개발출일충기우자장보조적자류변사축포광공예,채용미소자성공구두사축포광방식,통과X축、Y축、Z축、B축사축련동,공제포광로경,방지간섭,실현미소비구면적초정밀포광.병대미소자성사축포광공구두적포광로경궤적진행료분석계산,채용주류시간수정방법대오차진행수정,재차기출상개발출괄용우미소비구면사축포광적수공가공여수정연건.
In order to resolve the difficulity of polishing subminiature optical glass (below φ8mm)and improve the efficiency of polishining, Magnetorheological finishing (MRF) inclined processing technology assisted with magnetic field is developed based on a platform of four-axis ultra-precision machine ,inclined processing of micro magnetic polishing tool is adopted ,through simultaneous of the controlled X,Y,Z,and B axes , machining path is controlled and interference is avoided ,and ultra-precision machining of micro aspherical surface is realized .In this article , machining path of the micro inclined polishing tool is analysised and calculated and finally a NC machining and controlling software is developed which is used for MRF processing for micro aspherical surface.