Based On The New Plane Efficient Grinding With Consolidation Abrasives Technology Research

The technology of plane lapping with solid abrasives has become more mature and widely used. In order to get better grinding quality and grinding efficiency, the paper put forward a new lapping tool of solid abrasives. Basing on the theory about lapping tool wearing without surface shape accuracy decreasing, the first optimization was made and the special software was applied to do the quadratic optimization to the configuration size of the lapping tool. Ultimately, a new lapping tool of solid abrasives has been created.Dynamics simulation on the working system was carried out, under the premise of other parameters are known, the corresponding speed of work piece was simulated when the speeds of lapping tool are different, then, a nice linear relationship between these two speeds was fitted.Using the method of numerical simulation analysis, this paper definite uniformity of path distribution, simulate the track density of work piece and calculate the standard differences under different grinding machine rotation and linear eccentricity, then, the test that using 304 steel as specimen was successively carried out in plane grinding machine rotation and linear eccentricity, the result of which verified computer simulation: the grinding machine rotation has not great influence on the surface quality of work piece, but grinding efficiency can be improved when the speed of grinding machine is higher; Both surface quality of work piece and grinding efficiency can be improved when the linear eccentricity is increased appropriately, but the linear eccentricity can not be so large that it will affect the moving stability of work piece then the surface quality of work piece will turn worse.