The invention relates to the technical field of high-precision part
machining process, in particular to a
machining technology for a high-precision outer
conical surface thin wall sleeve. The
machining technology includes the following technology processes of workblank preparing, spheroidizing annealing, rough turning, thermal refining, semi-finish turning, finish turning, hole drilling,
distressing, plane
grinding, rough
grinding, secondary
distressing, plane
grinding, spiral groove turning, plane lapping, accurate grinding, wire-
electrode cutting, end face turning, serial number
engraving, detecting, qualified product obtaining, press fitting,
conical surface fit detecting, part matching and serial number printing, cleaning, lubricating oil
coating and warehousing. A double-end vertical type
numerical control grinder is adopted as a finishing
machine, and through the machining methods of rough grinding and accurate grinding or rough grinding, semi-accurate grinding and accurate grinding, the technical requirements of the high-precision outer
conical surface thin wall sleeve can be met; through the corresponding
distressing heating
processing technology,
residual stress in the
machining process is removed, deformation in the
machining process can be reduced, the yield of products is improved, and finally the good manufacturing method of the high-precision outer conical surface
thin wall sleeve is provided.