Carbide Burr With High Hardness, Wear Resistance
Carbide Burr Brush deburring is a process that removes the burrs on the surface of the workpiece by using the brushing wheel to produce a cutting force with the momentary friction of the workpiece. The surface of the convex surface within 100mm of the workpiece, the workpiece on the existence of the hole, the hole, the edge of the step, around the surface can use the brush to deburring machine to remove the workpiece burr. According to the workpiece material is different, choose a different brush to come glitches.
Carbide is a refractory metal hard compound and bonded metal through powder metallurgy made of an alloy material. With high hardness, wear resistance, strength and toughness is good, heat, corrosion and a series of excellent performance, especially its high hardness and wear resistance,Carbide Burr even at 500 ℃ temperature is also basically unchanged at 1000 ℃ still have a high hardness.
Therefore, the carbide corner passivation processing, the need to use the Swiss BP-MX corner passivation polishing brush to burr machine, the machine can not only be used for carbide processing, but also on the ceramic and PCD and PCBN tools and Cutting tool polishing, corner passivation, deburring processing. By changing the table or clamping method, both on the plane plate class workpiece, but also on the shaft parts corner passivation polishing to deburring processing.
The plane or slightly convex workpiece is mounted on the planetary polishing table and is machined evenly with abrasive brushes. Through the table,Carbide Burr the workpiece carrier and brush the rotation of the workpiece in all directions of the corners have been a uniform passivation and remove the burr. The upper surface of the workpiece is also polished in this process.
The modular design allows for a special combination to suit the customer's application; the compound replaceable table has the greatest flexibility; can be dry or wet processed; the automatic compensation for the brush wear causes consistency of the results; Edge geometry; fully enclosed working environment; touch-screen simple operation interface
Traditionally, the higher hardness of steel products after quenching,Carbide Burr are generally the first to consider grinding, such as grinding plane, grinding cylindrical and grinding holes and so on. Because the grinding machining dimensional accuracy is easy to control, the surface roughness level is high; but for the parts where the shape is not easy to grind, the wire cutting or EDM is usually chosen. Figure 1 shows the R920mm large arc, diameter of nearly 2 000mm, the general external grinding machine simply can not be achieved. Before the encounter similar to this product, the first use of grinding two close to the arc of the slope,Carbide Burr making the quenching after grinding to minimize the balance, and then use a pre-line cutting a thickness of 3mm with a circular arc test, manual grinding repeated dressing , To the final processing surface close to the pattern requirements. But in fact can not really achieve the pattern required by the theoretical line, cylindrical and surface roughness.
In the current CNC machine has been the era of numerical control, the method of grinding is obviously too far behind, taking into account the plant has more than one CNC machining center,Carbide Burr as long as there is a suitable high hardness CNC tool, several vertical machining center at the same time processing May be the quality and quantity, on time delivery.