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Single-drive fiber laser cutting machines offer numerous advantages over similar products

Release time:2026-04-22


The structural design of the single-drive fiber laser cutting machine primarily features hexagonal guide rails on both sides of the bed, which serve as the running rails for the tailstock support. The tailstock crossbeam is mounted on these hexagonal guide rails on both sides of the bed. By moving the tailstock crossbeam forward or backward according to the required length of the profile, the workpiece can be securely clamped at both ends of the chucks, thereby preventing tail swing during the rotation of the channel steel. During installation, mandrels ensure concentricity between the front and rear chucks. with a concentricity of ≤0.02 mm/m. The chucks feature a special four-jaw design, with adjustment screws on the jaws that allow for length adjustment based on the size of different profiles, ensuring the jaws securely clamp the workpiece. The specially designed end chucks are mounted on an indexing table and can be positioned using a movable pin. Additionally, a servo motor and encoder can be installed and connected to the CNC system to achieve automation. This makes the single-drive fiber laser cutting machine more user-friendly and automated.

  Single-drive fiber laser cutting machines offer significant advantages over traditional sheet metal cutting. We have summarized a few key points to share with you:

  1. High cutting speed: When the laser beam strikes the surface of the sheet metal, it triggers melting and vaporization reactions to complete the cut. This process is extremely fast. During laser piercing, the laser rapidly reaches the melting point or even the boiling point of the sheet metal within a few microseconds, completing the entire sequence of piercing and cutting in an extremely short time.

  2. Minimal impact on the sheet metal material. When using traditional cutting methods, the cutting tool often causes significant impact or even deformation to the entire surface of the material, affecting its overall performance. However, when using a single-drive fiber laser cutting machine, the impact on the material’s surface is minimal.

  3. Single-drive fiber laser cutting machines deliver high-quality cuts. Although the laser beam enables cutting to be completed in a short time with extremely high speed, the quality of the cut remains exceptionally high and is not compromised by the cutting speed.

  4. Elevator sheet metal processed using a single-drive fiber laser cutting machine features very fine and narrow cut seams, with the cut edges being exceptionally flat and smooth. There is no unevenness at the cut edges, resulting in excellent overall cutting quality.

  5. Cutting flexibility is evident in the wide range of cutting applications it supports, and it can meet the cutting requirements for various shapes.

  6. Laser cutting not only offers extremely high cutting speeds, but the finished products also require no post-cutting polishing and are not affected by tool wear.

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