Suitable for round, square, rectangular, D-shaped, U-shaped, and other special-shaped tubes, supporting multi-size tube compatibility.
Uses electromagnetic chucks to load 4-10 tubes at once, with a feeding mechanism delivering them individually to the cutting position.
Equipped with auxiliary loading brackets, front feeding chucks, and through-spindle chucks for synchronized clamping and feeding, ideal for high-precision long-tube cutting.
Designed for side-mounted laser tube cutters, compatible with standard and side-mounted models.
Includes tube transfer, lifting, and feeding units to automatically move tubes to the cutting position.
Some models require user-supplied motors and reducers, offering flexibility for customization.
Integrated with a side-mounted bed, using servo-driven clamping, lifting, and unloading for heavy tubes.
Reduces vibration during tube movement, improving cutting precision and stability.
Uses robotic arms and sensors for intelligent loading, minimizing manual intervention.
Features real-time monitoring for enhanced production continuity and safety, suitable for high-automation production lines.
Designed with a side-mounted bed structure, enabling fast loading within 10 seconds.
Ideal for high-efficiency production, reducing labor costs and improving cycle times.
These loading methods are tailored for side-mounted laser tube cutting machines, balancing automation and cost-effectiveness. Users can select the best option based on production needs (tube type, capacity, budget, etc.).