Apparatus and method for deburring ball head by chamfering

Abstract

The invention relates to an apparatus for deburring a ball head by chamfering, which comprises a supporting base (1) which is fixed on a machine tool working platform, wherein an arched convex block (2) is arranged on the supporting base (1); a ball head is embedded on the surface of the supporting base (1); and one part of the ball head is exposed out of the supporting base (1) to form a crown-shaped arched convex block. The apparatus for deburring the ball head by chamfering has the advantages of simple structure, simplicity and rapidness in processing and high processing efficiency.

Description

Technical field [0001] The invention relates to a ball head chamfering and deburring device and a method thereof, in particular to a device for chamfering a burr hole on a small-diameter workpiece and a chamfering method thereof, belonging to mechanical processing equipment and processing methods Technical field. Background technique [0002] Burr is a common defect that affects the quality and appearance of the product. In machining, burrs will be generated when processing holes, so it is necessary to use chamfering to remove burrs; [0003] There are many methods of chamfering at present, but they are mainly divided into two categories: one is to use mechanical cutting to remove material for chamfering; the other is to use electrochemical machining to remove material for chamfering; [0004] For chamfering by mechanical cutting, a drill bit about twice the diameter of the hole can be used to chamfer the hole to remove burrs. Since there is a risk of two burrs between the chamfered...

AI Technical Summary

Problems solved by technology

[0004] For machining chamfering, it is common to use a drill bit that is about twice the diameter of the hole to chamfer the hole to remove burrs. Because there is a risk of two burrs between the chamfered edge and the pre-hole, it is often not possible to remove the burr. Clean; and incapable of deburring where the chamfer drill and tool interfere

Therefore, the efficiency of chamfering and deburring by mechanical cutting is low, the labor intensity is high, and the limitations are relatively large;

[0005] Electrochemical deburring is commonly performed by electrolytic deburring. Due to the large capital investment in equipment and the large number of vulnerable and consumable parts, the processing cost is relatively high; moreover, the electrolyte has a corrosive effect on the environment and equipment, and is likely to cause environmental pollution;

[0006] At the same time, for the burr holes on the pipe wall of some small pipe diameters, it is impossible to conveniently insert the tool into the small diameter pipe for operation, no matter whether it is the mechanical cutting method using the machining tool or the electrochemical method.

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