机床与液压
機床與液壓
궤상여액압
Machine Tool & Hydraulics
2015年
20期
75-77
,共3页
空压机%气阀阀盖%锥形圆弧槽%加工工艺
空壓機%氣閥閥蓋%錐形圓弧槽%加工工藝
공압궤%기벌벌개%추형원호조%가공공예
Air compressor%Valve cover%Tapered circular groove%Processing technology
对于空压机气阀阀盖锥形圆弧槽的加工，如采用传统加工工艺，则选用的刀具直径小，加工效率低，生产成本高，表面质量差。改进加工工艺和方法，采用专用的锥形立铣刀加工，加工效率提高30％，刀具成本降低70％，表面质量也有了较大提高，为同类零件的加工工艺的制定提供一定的参考。
對于空壓機氣閥閥蓋錐形圓弧槽的加工，如採用傳統加工工藝，則選用的刀具直徑小，加工效率低，生產成本高，錶麵質量差。改進加工工藝和方法，採用專用的錐形立鐉刀加工，加工效率提高30％，刀具成本降低70％，錶麵質量也有瞭較大提高，為同類零件的加工工藝的製定提供一定的參攷。
대우공압궤기벌벌개추형원호조적가공，여채용전통가공공예，칙선용적도구직경소，가공효솔저，생산성본고，표면질량차。개진가공공예화방법，채용전용적추형립선도가공，가공효솔제고30％，도구성본강저70％，표면질량야유료교대제고，위동류령건적가공공예적제정제공일정적삼고。
In view of the tapered circular groove processing of air compressor air valve cover, if the traditional processing technology is used, the selected cutter diameter is small, processing efficiency is low, production cost is high, and the surface quality is poor. By improving the processing technology and method, and using special tapered endmill processing, machining efficiency was increased by 30%, and the tooling cost was reduced by 70%. The surface quality was improved greatly. It provides reference for the setting of processing technology of similar parts.
