How to distinguish the laser pipe cutting machine is good or bad?
Compared with manual and semi-automatic cutting methods,laser pipe cutting machineIt can effectively improve the cutting efficiency and cutting quality of the plate, and reduce the labor intensity of the operator. How to distinguish the laser pipe cutting machine is good or bad? Some domestic small and medium-sized enterprises even use manual cutting and semi-automatic cutting in some large enterprises. Therefore, consumers must pay special attention to the quality and cutting effect of the laser pipe cutting machine when purchasing the laser pipe cutting machine. Next, the laser equipment manufacturer will show you how to identify the quality of the laser pipe cutting machine.
1. Cutting verticality
Cutting verticality is also an important indicator for evaluating cutting quality. It is related to the degree of secondary processing after cutting the workpiece. It is often used to indicate perpendicularity u or angular tolerance. The verticality of the arc cutting is closely related to the thickness of the steel plate and the process parameters, usually U≤ 1%-4% of the thickness of the steel plate, and the laser cutting U≤ 0.5mm.
2. Cutting width
The cutting width analyzed by the laser equipment manufacturer is one of the important characteristic values for evaluating the cutting effect of the equipment, and also reflects the minimum round hole radius that the laser pipe cutting machine can cut. In general, the width of the cut should be measured by the size of the widest part of the cut. Commonly used plasma cutting machine incision width in 0.15~6mm. Between
3. Surface polishing
The smoothness of the cut surface is used to describe the appearance of the cut surface and determine whether subsequent processing is required after cutting. The standard measurement method is to measure the Ra value at 2/3 of the depth of cut. Due to the action of the cutting air flow, the cutting advance direction will produce longitudinal cutting corrugations. Generally speaking, the surface finish requirements for oxyacetylene cutting are: Level 1 Ra≤ 30m, Level 2 Ra≤ 50m, and Level 3 Ra≤ 100m.
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