In the field of modern industrial manufacturing, plate and tube integrated laser cutting machine has become a powerful assistant for many companies to improve production efficiency and product quality with its high precision and high efficiency. So, what kind of cutting accuracy can this advanced cutting equipment achieve?
The cutting accuracy of plate and tube integrated laser cutting machine is one of the important indicators to measure its performance. Generally speaking, the cutting accuracy of this type of equipment can reach a very high level. Taking a certain model of plate and tube integrated laser cutting machine commonly seen on the market as an example, its geometric positioning accuracy can reach ±0.03mm/m, and the repeated positioning accuracy is as high as ±0.02mm, which means that in continuous cutting operations, the equipment can maintain extremely high stability and consistency.
However, it is worth noting that the cutting accuracy does not only depend on the technical parameters of the equipment itself. In practical applications, the size of the laser beam spot after focusing, the positioning accuracy of the worktable, the material and thickness of the workpiece, and other factors will affect the final cutting accuracy. For example, the smaller the spot after the laser beam is focused, the higher the cutting accuracy is usually. At the same time, the high-precision positioning of the worktable can ensure the repetitive accuracy during the cutting process, thereby improving the overall cutting quality.
In addition, the material and thickness of the workpiece are also important factors affecting the cutting accuracy. Workpieces of different materials have different absorption and reflectivity of lasers, which will lead to differences in thermal effects and cutting speeds during the cutting process. The increase in the thickness of the workpiece will make the conical slit of the laser beam larger, thus affecting the cutting accuracy. Therefore, when choosing a plate and tube integrated laser cutting machine, it is necessary to comprehensively consider factors such as the cutting capacity, material adaptability, and cutting accuracy of the equipment according to actual processing needs.
In order to ensure that the plate and tube integrated laser cutting machine can achieve the best cutting accuracy in actual applications, the company also needs to regularly maintain and maintain the equipment. This includes cleaning the lens, calibrating the optical path, checking the accuracy of the worktable, etc., to ensure the long-term and stable operation of the equipment. At the same time, the operator also needs to have certain professional knowledge and skills, be able to operate the equipment proficiently and adjust the cutting parameters according to actual conditions to achieve the best cutting effect.
In summary, the cutting accuracy of the plate and tube integrated laser cutting machine can reach a fairly high level, but in actual applications, the influence of various factors needs to be considered. Through the rational selection of equipment, regular maintenance and the cooperation of professional operators, enterprises can make full use of this advanced cutting equipment to improve production efficiency and product quality.
