Numerical control aluminum alloy pipe cutter

Abstract

The invention relates to numerical control equipment, in particular to a numerical control aluminum alloy pipe cutter. The numerical control aluminum alloy pipe cutter comprises a numerical control system, a flying disc part, a mounting platform part and a frame part, wherein the flying disc part is arranged on the mounting platform part; and the mounting platform part is fixed on the frame part. The numerical control aluminum alloy pipe cutter is applied to the groove cutting of aluminum alloy pipes, mainly has two functions of end surface leveling and ring groove cutting, and has a main working principle as follows: a motor drives the flying disc to rotate, a hand shaking gearbox operates to linearly move a feed shaft so as to drive a slide plate in the flying disc to linearly move in perpendicular to the pipes; a knife row component mounted on the slide plate processes radial grooves and flat ends; and for cutting of the pipes with different diameters, a gear shift handle mounted in the flying disc part is only required to be adjusted, so that the effects of convenience and speediness are achieved. A pipe clamping component is additionally mounted at the left side of the whole machine for clamping the pipes with different diameters.

Description

technical field [0001] The invention relates to a numerical control device, in particular to a numerical control aluminum alloy pipe cutting machine. Background technique [0002] During the construction of traditional aluminum alloy pipe grooves, the pipe cutter can only flatten the end face or cut the ring groove unilaterally, and cannot cut at the same time. For the cutting of different pipe diameters, the pipe cutting machine must be readjusted for cutting. [0003] The pipe cutters in the prior art can generally only cut one or two grooves, and the structure of this pipe cutter is also relatively complicated. The positions of the first groove and the second groove are adjusted by two switches mounted on the rotary The length of the bolt is determined, and the length of the adjusting bolt is completed by adjusting the lock nut of the bolt rod. When the adjusting bolt rotates left and right with the brick for a long time, the lock nut will loosen and change its position ...

AI Technical Summary

Problems solved by technology

[0003] The pipe cutters in the prior art can generally only cut one or two grooves, and the structure of this pipe cutter is also relatively complicated. The positions of the first groove and the second groove are adjusted by two switches mounted on the rotary The length of the bolt is determined, and the length of the adjusting bolt is completed by adjusting the lock nut of the bolt rod. When the adjusting bolt rotates left and right with the brick for a long time, the lock nut will loosen and change its position on the bolt. The position determined by the rod, so that the position of the groove on the workpiece deviates, so the accuracy of the prior art gold pipe cutting machine is greatly reduced

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