The sixth-generation aviation aluminum extruded forming crossbeam, when applied to laser cutting machines, generally has the following advantages in multiple aspects compared with the previous crossbeam designs:
Lighter weight:
Aviation aluminum is a lightweight alloy material. The sixth-generation extruded forming process can further optimize its internal structure on the premise of ensuring the structural strength of the crossbeam, making the overall weight of the crossbeam significantly lower than that of traditional designs. The lighter crossbeam reduces the load on the driving components such as the motor when the laser cutting machine is in operation. As a result, higher acceleration and speed can be achieved, the processing time can be shortened, and the production efficiency can be improved. At the same time, it also reduces the energy consumption during the operation of the equipment and lowers the production cost.
Better strength and rigidity:
The sixth-generation extruded forming technology can precisely control the microstructure and profile shape of aviation aluminum, enabling the crossbeam to have good strength and rigidity in all directions. This helps to reduce the cutting errors caused by the vibration of the crossbeam during the laser cutting process, and improves the cutting accuracy and surface quality. Even in the case of high-speed cutting or long-term continuous operation, it can maintain stable performance and ensure the consistency and reliability of cutting.
Excellent thermal stability:
Aviation aluminum itself has good thermal conductivity. The crossbeam formed by the sixth-generation extruded forming process further optimizes the heat conduction path in its design, which can quickly dissipate the heat generated during the cutting process and reduce the impact of thermal deformation. Compared with the traditional crossbeam design, this thermal stability can ensure the position accuracy of the cutting head and the accuracy of the cutting track during the long-term operation of the laser cutting machine, thereby improving the cutting quality. It has obvious advantages especially for the cutting of some materials that are sensitive to thermal deformation.
High machining accuracy:
The advanced extruded forming process can achieve high-precision manufacturing of the crossbeam, and its dimensional tolerance can be controlled within a very small range. This makes the assembly accuracy between the crossbeam and other components of the laser cutting machine higher, reducing the problems of unstable equipment operation and decreased cutting accuracy caused by assembly errors. At the same time, the high-precision crossbeam also provides better basic conditions for the automation and intelligent upgrade of the laser cutting machine.
Strong corrosion resistance:
Through special surface treatment and extruded forming process, aviation aluminum forms a dense oxide film on its surface, which has good corrosion resistance. In the laser cutting processing environment, it may come into contact with various cooling liquids, cutting gases, and humid air, etc. The sixth-generation aviation aluminum extruded forming crossbeam can effectively resist the corrosion of these factors on the crossbeam, extend the service life of the equipment, and reduce the maintenance cost.
High design flexibility:
The extruded forming process can design various complex cross-sectional shapes and internal structures according to the specific requirements of the laser cutting machine. This enables the design of the crossbeam to better meet the requirements of different cutting processes and working conditions, such as optimizing the air flow channel, installing sensors and cables, etc., improving the overall performance and functionality of the equipment. Compared with the traditional crossbeam design, this flexibility provides more possibilities for the innovative design of the laser cutting machine.