Drawer type chip removing water tank

Abstract

A drawer type chip removing water tank comprises a tank body and a plurality of chip collecting discs. Filter screen plates are arranged in the tank body and are vertically placed, and the tank body is divided into chip guide tank boxes and filter tank boxes. Chip collecting disc openings matched with the chip collecting discs are formed in one side faces of the chip guide tank boxes. Supporting frames are arranged in the chip guide tank boxes, and are of an inverted-U-shaped structure. The upper ends of the supporting frames are inclined towards the chip collecting discs. The chip collecting discs are inserted into the chip guide tank boxes through the chip collecting disc openings, and supported by the supporting frames, and clearances are formed between the chip collecting discs and the bottoms of the chip guide tank boxes. Water pumps are mounted in the filter tank boxes, and screen meshes are arranged at the bottoms of the chip collecting discs. The drawer type chip collecting discs are arranged in the tank body, so that waste chips are effectively removed, cooling liquid can be repeatedly utilized, the structure is simple, operation is convenient, and labor is saved.

Description

technical field [0001] The invention relates to the technical field of chip removal in numerical control machining, in particular to a drawer-type chip removal water tank. Background technique [0002] During the actual cutting process of the machine tool (especially when processing aluminum), similar problems (sticking knife, broken milling cutter, broken tap, rotten teeth, etc.) often occur. Except for the factors of the tool and the machine tool, the coolant Played a big role in the whole processing process. The coolant takes away a large amount of heat energy generated during cutting, reduces the temperature of the workpiece, and reduces the thermal deformation of the workpiece. Controls the generation of residual stress and microscopic cracks; during cutting, the tool and the workpiece are actually a process of extrusion and friction. The coolant inside acts as a lubricant, which reduces the frictional resistance (a lubricating film is formed between the tool and the w...

AI Technical Summary

Problems solved by technology

[0003] Although the coolant solves the above-mentioned cooling, lubrication, cleaning and rust prevention problems, the processing machine tool will accumulate a large amount of cooling water and residual waste during the working process. If the drainage and chip removal are not smooth, it will accumulate on the surface of the workpiece or the transmission The position of the mechanism will seriously affect the accuracy of the workpiece processing

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