G800DB-360

Altri video
July 22, 2025
Category Connection: Mandrino del laser
Brief: Discover the G800DB-360 Square Hole Rotary and Pneumatic Main Chuck, designed for laser tube cutting machines. This innovative chuck ensures fast clamping, stable performance, and compatibility with thin-walled tubes. Perfect for multi-specification pipe processing with zero material waste design.
Related Product Features:
  • Designed for laser tube cutting equipment, functioning as an independent rotating spindle.
  • Features a square middle hole for increased tube size compatibility and expanded use scope.
  • Achieves fast clamping and loosening via side rotating air intake, requiring air source disconnection to work.
  • High mechanical efficiency with minimal energy loss and large, stable clamping force output.
  • Simple structure with few components, ensuring low failure rate, stable performance, and low energy consumption.
  • Extended clamping range for multi-specification pipe processing with no material waste design.
  • Thin-wall compatible, engineered for tubes <120mm and capable of clamping <1mm thin-walled tubes.
  • Built-in anti-deformation clamping system for enhanced durability and precision.
Domande frequenti:
  • What makes the G800DB-360 chuck suitable for laser tube cutting machines?
    The G800DB-360 chuck is specially designed for laser tube cutting machines, offering fast clamping, stable performance, and compatibility with thin-walled tubes. Its square middle hole design expands the scope of use and ensures efficient processing.
  • How does the chuck achieve fast clamping and loosening?
    The chuck achieves fast clamping and loosening through a side rotating air intake system. The air source must be disconnected for the chuck to work, ensuring quick and efficient operation.
  • What are the advantages of the chuck's thin-wall compatibility?
    The chuck is engineered for tubes <120mm and can clamp <1mm thin-walled tubes. It features a built-in anti-deformation clamping system, making it ideal for precision work with thin materials.