During the pressing process, burrs form on the cutting edges of indexable inserts. These need to be removed before the sintering process, as residual deposits can stick and often lead to scrap. Alternatively, these adhesions must be ground off with high effort after sintering.
However, manual deburring of green parts depends on the worker's experience and is therefore not always consistent. Uneven manual brushing affects the edge honing process and cannot be corrected later. The edge honing significantly influences the cutting performance and durability of the indexable insert.
In the RBS deburring systems, entire sinter trays with green parts are deburred evenly and efficiently via brushes, removing burrs from the cutting edges. We offer various machine types, from systems where each tray is manually loaded to those with automated tray handling and long autonomy times.
The shape of the trays does not matter, as the systems can process all types of sinter trays. Depending on the type of indexable insert, a turning station can be integrated to deburr the parts from both the top and the bottom.
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ROBOWORKER deburring systems allow for flexible parameterization of the deburring process. Brushing speed, number of brush strokes, brushing angle, and much more can be individually adjusted.
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Depending on the pressing process, burrs on indexable inserts may not always be uniform. However, the goal is to achieve consistent results after deburring. ROBOWORKER deburring systems can be parameterized to address uneven burrs by treating different sides of the green part differently.
For this purpose, we use a high-precision axis system with various precision brush strips. The deburring process is supported by blowing off the parts, even during brushing.
All systems are equipped with efficient suction devices to immediately remove any powder residues generated during deburring.
