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The price of an Abrasive Flow Machining (AFM) system for deburring, polishing, and surface finishing varies significantly depending on several factors:
Key Cost Influencing Factors:Machine Type & Capacity:Small manual or benchtop AFM units for lab-scale work are more affordable.Industrial-grade CNC-controlled AFM machines with automation and multi-process capabilities are significantly more expensive.Abrasive Media & Tooling:The cost includes abrasive media (polymer carriers + SiC, diamond, or other abrasives), which must be periodically replaced.Custom fixtures and tooling for complex parts add to the overall investment.Automation & Features:Basic models with hydraulic/pneumatic flow control are cheaper.Advanced systems with CNC controls, real-time monitoring, and multi-stage processing (e.g., deburring + polishing in one cycle) command higher prices.The two-way reciprocating circulating fluid polishing machine makes the soft abrasive flow through the inner hole, machining surface or end angle by means of the motion extrusion of the upper and lower oil pressure cylinder blocks,and moves up and down for fine grinding,so as to achieve the processing of polishing, deburring and chamfering;
This processing method is the most suitable processing method for complex shapes that are not easy to polish,such as various special-shaped holes,tooth surfaces, concave convex surfaces,or for removing cross hole burrs from precision parts. And the grinding direction is consistent,which can effectively improve the performance, quality and service life of the mold or workpiece.After polishing, the finish can reach the mirror grade, and the best surface roughness can reach ra0.025-ra0.01 μm.Abrasive Flow Deburring Polishing and Honing Machine is useful for treating complex internal geometries that are challenging to access using conventional machining methods.Abrasive flow grinding is finishing process used to polish and deburr the interior cross-sections of pipes, tubes, channels, and other hard-to-reach areas.