How does Manhart (Guangdong) CNC Machine Tool Co., Ltd. achieve high-precision cutting of integrated plates and tubes in its laser cutting machine?

The key to achieving high-precision cutting of integrated plates and tubes in laser cutting machines lies in the comprehensive optimization and synergistic effect of multiple aspects. Here are some main measures:
1. Advanced laser technology: The integrated board tube adopts laser technology with high energy density, high stability, and high repeatability. This technology enables the laser beam to be highly concentrated, forming a small and high-energy point, thereby achieving precise cutting. The progressiveness of laser technology directly determines the precision and quality of cutting.
2. Precision Mechanical System: The integrated board tube is equipped with a precision mechanical system, including precision guide rails, servo motors, and transmission devices. These components ensure that the laser head can move quickly and stably, and precisely control the cutting position. Through precise mechanical motion, the laser beam can be accurately positioned at the desired cutting position.
3. Advanced Control System: The laser cutting machine adopts an advanced CNC system, which has high-speed data processing and real-time control functions. Through precise trajectory planning and motion control, the control system can ensure the stability and accuracy of the laser beam during the cutting process. In addition, the CNC system can automatically adjust cutting parameters based on the characteristics and thickness of the material to achieve the best cutting effect.
4. * * Material processing technology * *: Reasonable material pretreatment and post-processing are crucial for achieving high-precision cutting. Laser cutting machines optimize material processing technology to reduce the impact of material defects and unevenness on cutting accuracy. This includes measures such as material leveling, cleaning, and fixation to ensure that the laser beam can stably act on the surface of the material during the cutting process.
In summary, the integrated board and tube of the laser cutting machine have achieved high-precision cutting through the comprehensive application of advanced laser technology, precision mechanical systems, advanced control systems, and material processing technology. These measures together ensure the stability and accuracy of the laser cutting machine during the processing, thus meeting the needs of high-precision cutting.