Custom Laser Equipment: How to Assess the Quality of Laser Tube Cutting Machines
07/01
2020
Compared with manual and semi‑automatic cutting methods, Laser tube cutting machine It can effectively improve cutting efficiency and cutting quality while reducing the workload of operators. How to distinguish… Laser tube cutting machine quality? Some small and medium-sized enterprises in our country, and even some large enterprises, still rely on manual cutting and semi‑automatic cutting. Therefore, when consumers make purchases… Laser tube cutting machine Must pay special attention at this time. Laser tube cutting machine the quality and cutting performance. Next, Custom Laser Equipment The manufacturer will show you how to identify… Laser tube cutting machine The quality.
1. Reduce verticality
Cutting perpendicularity is also an important metric for evaluating cutting quality. It is closely related to the degree of secondary machining required for the workpiece after cutting. It is commonly used to indicate perpendicularity. U or angular tolerance. The perpendicularity of plasma arc cutting kerfs is closely related to the thickness of the steel plate and the process parameters; generally, U ≤ Steel plate thickness 1 % -4 %, laser cutting U ≤ 0.5mm。

2. Cutting width
Custom Laser Equipment Manufacturers analyze cutting width as one of the key parameters for evaluating a device’s cutting performance; it also reflects… Laser tube cutting machine The radius of the smallest circular hole that can be cut. Generally, the width of a cut should be measured based on the dimensions of the widest part of the cut. The typical cut width for commonly used plasma cutting machines is… 0.15 〜 6mm Between them.
3. Surface finish
The surface finish of a cut is used to describe the appearance of the cut surface and to determine whether post‑processing is required after cutting. The standard measurement method is taken at the cutting depth of… 2/3 On-site measurement Ra Value. Due to the effect of the cutting gas flow, longitudinal cutting ripples will be generated in the direction of forward cutting. The typical surface finish requirements for oxy‑acetylene cutting are: 1 Level Ra ≤ 30m,2 Level Ra ≤ 50m,3 Level Ra ≤ 100m。
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