涡轮研磨加工和涡轮抛光是松散研磨工艺，可对旋转和非旋转部件产生重要的边缘和表面效应。这些工艺的特点是循环时间快，单件处理而不是批量处理，并尽量减少或消除麻烦的污水蒸汽。这些工艺有助于自动去除毛刺，以及对具有复杂几何形状的部件进行边缘和表面处理，这对传统的机械加工方法构成了严重挑战。本文概述了这两种工艺的工艺特点和机理，并讨论了它们在增强后处理制造流程方面的应用- 去毛刺和边缘/表面最终光洁度的加工区域。

Turbo-Abrasive Machining and Turbo-Polishing are loose abrasive processes that can develop functionally important edge and surface effects on rotating and non-rotating components. The processes are characterized by rapid cycle times, single-piece as opposed to batch processing, and minimization or elimination of troublesome effluent steams. The processes facilitate automation of burr removal as well as edge and surface conditioning of components with complex geometries that present serious challenges to conventional mechanical finishing methods. This paper outlines process characteristics and mechanics of both processes, and discusses their application within the context of enhancing manufacturing flow in the post-machining areas of deburring and edge/surface final finish.