Technology parameters of special machines for pipe processing
Pipe processing has been widely used in many industries. In order to improve the efficiency and accuracy of pipe processing, special machine tools for pipe processing have been developed. This article will discuss the technology parameters of such pipe-cutting special machine tools.
The first technology parameter to consider is the cutting speed. Pipe-cutting special machine tools are used to cut pipes of different lengths, materials and thicknesses, so they should be able to adjust their cutting speed accordingly. The cutting speed should be adjustable in a range of 0.5~60 m/min, so that it can be adapted to different pipe materials and cutting requirements.
The second technology parameter is the cutting accuracy. The cutting accuracy of a pipe-cutting special machine tool must be excellent, as poor quality cuts can lead to problems in later production processes. For example, the dimension accuracy of CNC pipe cutting machines should be no less than ±0.01mm, and the surface roughness should be no more than 0.2μm.
The third technology parameter is the positioning accuracy. The positioning accuracy of a pipe-cutting special machine tool should be within the range of 0.003mm~0.006mm. This is due to the fact that the positioning accuracy will directly affect the accuracy of the cutting process, and thus affect the quality of the final processed pipe.
The fourth technology parameter is the repeatability. The repeatability refers to the difference between the actual cutting position and the set value of the cutting position. It is one of the important factors that affect the cutting accuracy. Generally speaking, the repeatability of pipe-cutting special machine tools should be within a range of ± 0.003mm.
The fifth technology parameter is the cutting power. The power of a pipe-cutting special machine tool should be able to reach 1000W or more, in order to ensure that it can meet the requirements of pipe cutting of different materials.
In addition, a pipe-cutting special machine tool should also have high durability, as it needs to be used for long hours in the production process. The machine tool should also be easy to operate and maintain, so that it can be used with maximum efficiency.
In conclusion, the technology parameters of pipe-cutting special machine tools are very important. It is important to understand these parameters in order to select the right machine tool for each application. For example, the cutting speed, accuracy, repeatability and power of the machine tool should be taken into consideration. In addition, the machine tool should also have good durability and easy operation and maintenance.
