A v-cutting process for aluminum substrate

Abstract

The invention discloses an aluminum substrate V cutting process. The V cutting process concretely includes the following steps that (a), an aluminum substrate is placed on a working table top of a V cutting machine; (b), under driving of a pushing mechanism, the aluminum substrate is pushed under a V cutter; (c), a height adjusting mechanism of the V cutter is adjusted, the V cutter is pressed on the aluminum substrate to transversely cut through the aluminum substrate, and the transversely cut-through distance can be adjusted according to the distance between blades needing to be aligned through the adjusting mechanism; (d), a grounding wheel grounds a transversely cut groove of the aluminum substrate and removes burrs in the cutting process; (e), the two ends of the aluminum substrate is transversely turned over, and the left end is cut to form a semi-V cutting groove; (f), the right end of the aluminum substrate is placed between the upper V cutter and a lower V cutter so that the semi-V cutting groove can be machined; (g), the surface of the machined aluminum substrate is cleaned, and residues in the cutting process are removed. After a finished product is broken off the whole aluminum substrate, special manual burr removal is not needed, the workload is reduced, use is convenient, and the machining efficiency is improved.

Description

technical field [0001] The invention relates to the field of processing aluminum substrates, in particular to a V-cutting process for aluminum substrates. Background technique [0002] When cutting the aluminum substrate, the accuracy must be guaranteed, and the groove line after processing is required to be smooth and free of burrs, and the finished product after breaking off is required to have no burrs, and the layout must not have scratches. In order to avoid the occurrence of secondary deformation, the currently commonly used exterior processing method is to use CNC edge milling machine for processing, but the processing efficiency is very low. At present, when cutting an aluminum substrate, a V-cutting machine is generally used to cut a whole piece of aluminum substrate into multiple semi-finished products, and then the semi-finished product is broken off from the whole aluminum substrate, but the finished product There are a few burrs on the edge, and the burrs on th...

AI Technical Summary

Problems solved by technology

[0002] When cutting the aluminum substrate, the accuracy must be guaranteed, and the groove line after processing is required to be smooth and free of burrs, and the finished product after breaking off is required to have no burrs, and the layout must not have scratches. To avoid the occurrence of secondary deformation, the current common method of exterior processing is to use CNC edge milling machine for processing, but the processing efficiency is very low

At present, when cutting an aluminum substrate, a V-cutting machine is generally used to cut a whole piece of aluminum substrate into multiple semi-finished products, and then the semi-finished product is broken off from the whole aluminum substrate, but the finished product There are a few burrs on the edge, and the burrs on the edge of the finished product must be scraped off manually, which not only requires a lot of work, but also reduces the processing efficiency

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