Stone cutter

Abstract

A tile cutting machine comprises a base, a motor accommodated in the base, a blade driven to rotate by the motor, and a working table supported on the base, wherein the working table comprises a fixed working table fixedly mounted to the base. A movable working table is slidably mounted to the fixed working table in a sliding direction parallel to a plane of the blade. The movable working table comprises a pivoting plate pivotally mounted to the movable working table about a pivoting axis parallel to the plane where the blade is located and a fence assembly mounted to the movable working table. The tile cutting machine can effectively enhance the ability to produce straight and / or square cuts.

Description

technical field [0001] The invention relates to a stone cutting machine, in particular to a working table of the stone cutting machine. Background technique [0002] Stone cutting machines are widely used for cutting stone materials such as ceramic tiles and ceramic tiles. Existing stone cutting machines usually include a base, a motor inside the base, a blade driven by the motor, and a workbench supported on the base. There is an elongated hole in the middle of the workbench, and the blade protrudes from the elongate hole and is partially positioned above the workbench. During operation, the piece to be cut is placed on the workbench, and the operator slowly pushes the piece to be cut toward the rotating blade to perform cutting. [0003] There are multiple defects in the above-mentioned existing stone cutting machine: firstly, the operator pushes the piece to be cut by hand to cut, and it is difficult to control the piece to be cut so that it can be fed straight along o...

AI Technical Summary

Problems solved by technology

[0003] There are multiple defects in the above-mentioned existing stone cutting machine: firstly, the operator pushes the piece to be cut by hand to cut, and it is difficult to control the piece to be cut so that it can be fed straight along one direction. The cutting surface is not straight, it is difficult to ensure the straightness of cutting, which affects the cutting quality; secondly, when performing inclined cutting, the operator keeps the workpiece to be cut in the inclined position by hand on the one hand, and pushes the workpiece to be cut into the Yes, this method of completely relying on both hands to control the piece to be cut is difficult to keep the piece to be cut at the desired position, which is likely to cause unstable cutting and low cutting quality; in addition, the piece to be cut cannot be well controlled The resulting skew will cause the load of the motor to increase and stagnation occurs; moreover, the workpiece to be cut slides on the worktable, and the friction between the workpiece to be cut and the workbench will scratch the worktable, resulting in uneven worktable , so that the piece to be cut placed on the workbench is in a non-horizontal position, that is, it is not perpendicular to the blade, so that the cutting surface is a non-vertical surface

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