The invention relates to the field of
abrasive particle flow polishing machining, in particular to a turbulence precise
machining device for a
titanium alloy joint prosthesis. The curved surface turbulence
polishing device comprises a constraint component which is installed outside the
joint prosthesis in a sleeved mode. The inner surface of the constraint component is the same as the outer surface of the
joint prosthesis in shape. A
copying flow channel is formed by the inner surface of the constraint component and the outer surface of the joint
prosthesis, small grooves are formed in the inner surface of the constraint component, at least two sets of outlets and inlets of
abrasive particle flows are formed in the constraint component, and the outlets and inlets of the
abrasive particle flows are communicated with the
copying flow channel. The
copying flow channel where the abrasive particle flows are controlled is constructed through the constraint component, the small grooves are evenly distributed in the inner surface of the constraint component, so that the abrasive particle flows form a turbulence state more sufficiently, the multiple sets of outlets and inlets of the abrasive particle flows are formed in the constraint component, the complex curved surface is machined in a segmenting mode, therefore, it is avoided that
polishing is not even because the abrasive particle flows are resisted at curved surface inflection points or singular points,
machining efficiency is improved, the polishing effect is optimized, and polishing precision is high.