Analyzing the possibilities of generating the reciprocating motion and plane oscillations of a working member of a vibratory lapping-polishing machine

Vibratory treatment is widely used in various industries for performing finishing technological operations, e.g., lapping, polishing, glazing, strengthening (hardening), etc. The problems of maximizing the accuracy and performance vibratory equipment provide necessity optimizing motion trajectory (path) corresponding working member. main purpose these investigations to substantiate possibilities generating translational (reciprocating) plane (plane-parallel) oscillations members lapping-polishing machines. research methodology consists following stages: substantiating ideas improving machines; designing dynamic diagrams machines’ oscillatory systems; developing mathematical models describe their behavior; numerical modeling conditions. obtained results present possible trajectories (paths) member (lap, polisher, grazer, etc.). scientific novelty idea implementing conditions adjusting machine accordance with requirements, as well increasing wear-out period durability (normal operating period) can be similar