Burr removing equipment

Abstract

The invention relates to burr removing equipment used in a metal part hole. The burr removing equipment comprises a bottom plate, a tool device, a guiding device, a positioning device and a pressing device, wherein the tool device comprises a motor, a binding head and a drill bit; the drill bit is connected with the motor through the binding head; the motor is fixed on the bottom plate; the guiding device comprises a fixing plate, a fixing sleeve and a guiding sleeve; the fixing plate is arranged on the bottom plate; the fixing sleeve is arranged on the fixing plate; the guiding sleeve is movably arranged in the hole of the fixing sleeve; the positioning device comprises a part positioning plate, a positioning needle, a slide rail, a slide base and a cylinder; the slide rail and the cylinder are fixedly arranged on the bottom plate; the part positioning plate is arranged on the slide base, is connected with the cylinder, and is provided with the positioning needle; and the pressing device is arranged on the part positioning plate, and is used for tightly pressing a positioned part. The burr removing equipment has the advantages of simple structure, convenience for operating, repeated continuous processing capability and high processing efficiency.

Description

technical field [0001] The invention relates to a deburring device, in particular to a deburring device used in a hole of a metal part. Background technique [0002] With the development of various mechanical processes, porous metal workpieces have also become indispensable mechanical workpieces in the machinery industry. Generally, in the die-casting process of such workpieces, due to the inevitable collision between the movable mold and the fixed mold There is a certain gap, because some metal fluids will flow into the gap to open up excess flake corners, as well as thorns or flashes formed around the processed parts during the processing of the workpiece, commonly known as burrs. [0003] Usually, the removal of burrs on the edge is achieved by manual milling and filing or deburring equipment. For regular hardware parts, most of them are removed by tool cutting in machine tool processing. However, for irregular parts, most of them use manual deburring methods, such as th...

AI Technical Summary

Problems solved by technology

However, for irregular parts, most of them use manual deburring methods, such as burrs on the inertial line in the hole. If the holes are relatively small and deep, it is difficult to manually mill and file, and the burr removal effect is not ideal, and it also costs money. A large amount of labor costs, difficult to mass production

Images