The machine features a square tube welded bed. It undergoes heat aging and gantry milling treatment, ensuring that it remains free from deformation for up to 30 years. This results in excellent vibration absorption. The stable structure helps reduce resonance during high-speed cutting, improving cutting precision.

Both the X-axis and Y-axis are driven by racks instead of traditional belts. This setup offers several advantages:

• Durability: The system is less prone to deformation.

• Accuracy: The optical path remains stable and is less likely to deviate.

• Stability: The overall operation is more stable, with the X-axis using double guide rails to ensure precision.

This system is designed to reduce the output speed and inertia of the drive motor. By doing so, it increases the torque and load capacity, ensuring the desired transmission effect. This structure helps improve the overall efficiency and stability of the machine.

The X-axis is supported by two guide rails, combined with a double guide rail and rack structure. This setup ensures the stability of the beam, preventing any misalignment or instability during operation.

The guide rails are installed on both sides of the machine to help reduce the impact of dust and other external factors. Additionally, precise metering and debugging are performed on the guide rail to ensure accuracy in operation.