Application of 3D cutting for cab upper beams

This project is designed for the sheet metal workshop of tractor production, specifically for cutting cab upper beams. Originally, manual cutting took nearly 30 minutes per piece, which could not meet production schedule requirements. Now, with the adoption of a 3000W robotic 3D laser cutting machine, cutting efficiency has been significantly improved.

In the motorcycle manufacturing and customization industry, the cutting process of fuel tanks directly impacts the quality and performance of the final product. The Kawasaki RA20N laser cutting machine, equipped with a high-performance Raycus 1000W laser, delivers micron-level precision and stable, efficient cutting capabilities. It effortlessly handles various metal materials, including stainless steel and carbon steel, ensuring smooth, burr-free, and deformation-free edges for fuel tank cutting, significantly enhancing both aesthetics and structural integrity.

Motorcycle fuel tank cutting


The Raycus 1000W high-power laser source provides robust and consistent output, enabling rapid penetration of thicker plates while maintaining clean, smooth cuts. This drastically reduces post-processing grinding and improves production efficiency. The Kawasaki RA20N features an intelligent control system that supports complex curved cuts, perfectly adapting to the arched design of motorcycle fuel tanks and meeting customization needs for greater creative possibilities. Additionally, the machine boasts an industrial-grade durable structure, optimized for high-intensity production environments to ensure long-term stable operation, helping businesses achieve batch production and lower overall costs.

  • Chassis aluminum laser cutter

    Chassis aluminum laser cutter



  • 3D laser cutting in new energy vehicle manufacturing

    3D laser cutting in new energy vehicle manufacturing



  • 3D cutting of cab ring beam

    3D cutting of cab ring beam



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