磨料流加工（AFM）是通过在这些区域上流动半固体磨料介质来去除毛刺、抛光或半径表面和边缘。该工艺包括广泛的可行应用，从关键的航空航天和医疗组件到高产量的零件。AFM甚至可以到达最难接近的区域，在一次操作中处理多个孔、槽或边缘。介质配方和工具设计的进步，加上加工和自动化方面的新能力，使磨料流工艺成为一种经济高效地满足苛刻制造要求的方法。AFM工艺可用于广泛的精加工操作。它可以在单个工件或多个零件上同时加工多个区域。 交通不便的区域和复杂的内部通道可以经济高效地完工。自动原子力显微镜系统

ABRASIVE FLOW MACHINING (AFM) IS USED TO DEBURR, POLISH, OR RADIUS SURFACES AND EDGES BY FLOWING A SEMISOLID ABRASIVE MEDIA OVER THESE AREAS. THE PROCESS EMBRACES A WIDE RANGE OF FEASIBLE APPLICATIONS, FROM CRITICAL AEROSPACE AND MEDICAL COMPONENTS TO HIGH-PRODUCTION VOLUMES OF PARTS. AFM CAN REACH EVEN THE MOST INACCESSIBLE AREAS, PROCESSING MULTIPLE HOLES, SLOTS OR EDGES IN ONE OPERATION. ADVANCES IN MEDIA FORMULATION AND TOOL DESIGN COUPLED WITH NEW CAPABILITIES IN PROCESSING AND AUTOMATION HAVE ESTABLISHED THE ABRASIVE FLOW PROCESS AS A WAY OF SATISFYING TOUGH MANUFACTURING REQUIREMENTS ECONOMICALLY AND PRODUCTIVELY. THE AFM PROCESS CAN BE USED IN A WIDE RANGE OF FINISHING OPERATIONS. IT CAN PROCESS MANY AREAS ON A SINGLE WORKPIECE OR MULTIPLE PARTS SIMULTANEOUSLY. INACCESSIBLE AREAS AND COMPLEX INTERNAL PASSAGES CAN BE FINISHED ECONOMICALLY AND PRODUCTIVELY. AUTOMATIC AFM SYSTEMS C