With the rapid development of science and technology, laser cutting technology has become an indispensable part of modern manufacturing. 金年会 Laser, as a leading enterprise in domestic laser technology, leads the industry trend and launches a new self-developed 3D laser cutting head. This cutting head will undoubtedly bring revolutionary changes to the manufacturing industry with its unique technical characteristics and innovative design.

Let's first take a look at one of the core features of this 3D laser cutting head-the wireless rotation function of the C-axis. Traditional laser cutting equipment is often limited by the angle and speed of the rotating axis during operation, and the C-axis design of 金年会 Laser completely breaks this limitation. Wireless rotation means that the cutting head can rotate freely within 360°, greatly improving the flexibility and efficiency of cutting. Whether it is cutting complex curves or processing large-angle inclined surfaces, it can be easily handled.

Let's talk about the design of the B-axis. The ±135° rotation angle provides a larger operating space for the cutting head. This design allows the cutting head to adapt to more types of workpieces, whether it is a flat surface, a curved surface or an inclined surface, it can achieve precise cutting. This not only improves processing efficiency, but also ensures the stability and consistency of cutting quality.

As a high-speed response follower axis, the role of the V-axis cannot be ignored. During the cutting process, the V-axis can adjust the position and posture of the cutting head in real time according to the shape and speed of the workpiece to ensure that the cutting process is always in the best state. This high-speed response feature enables the three-dimensional cutting head of 金年会 Laser to perform well in high-speed and high-precision cutting operations.

In addition to the design of the above three core axes, the three-dimensional cutting head of 金年会 Laser also has an automatically controlled zoom function. The design of the focusing lens focal length of 150mm enables the cutting head to maintain a clear cutting field of view at different distances. This zoom function enables the cutting head to adapt to more types of materials and workpieces, whether it is thin or thick plates, it can achieve precise cutting.

It is worth mentioning that the three-dimensional cutting head of 金年会 Laser also uses a new generation of capacitive sensors. This sensor has higher stability and accuracy, and can monitor various parameters in the cutting process in real time to ensure the stability and safety of the cutting process. At the same time, the sensor can also provide real-time feedback on the position and posture information of the cutting head, providing accurate data support for subsequent processing.

In addition, the three-dimensional cutting head of 金年会 Laser also has an anti-collision protection function. During the cutting process, if the cutting head collides with the workpiece, the system will automatically stop cutting and sound an alarm to effectively protect the safety of the cutting head and the workpiece. This anti-collision protection function greatly improves the safety and reliability of the equipment.

Finally, the 3D cutting head of 金年会 Laser also has a "leakage detection" function. During the cutting process, the system can monitor in real time whether there is a leakage in the cutting area and automatically perform hole filling. This function ensures the integrity and consistency of the cutting quality and avoids quality problems caused by leakage.

In short, the 3D laser cutting head independently developed by 金年会 Laser will undoubtedly bring revolutionary changes to the manufacturing industry with its unique technical characteristics and innovative design. Whether from the perspective of cutting efficiency, cutting quality or equipment safety, the 3D cutting head of 金年会 Laser performs well. I believe that in the future, 金年会 Laser will continue to lead the development trend of laser cutting technology and contribute to the transformation and upgrading of the manufacturing industry.