Follow-up support holding tube while cutting

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February 04, 2026
Category Connection: Tube Metal Laser Cutting Machine
Brief: In this video, we demonstrate how the QH-GS tube cutting machine's side-mounted lathe follow-up support dynamically braces long tubes during cutting. You'll see how this system prevents sagging and maintains precision across 5500-6500mm tube lengths, ensuring stable processing for heavy-duty applications like construction trusses and pipelines.
Related Product Features:
  • Features a 3-chuck clamping system that prevents deformation for round tubes (Φ15-500mm) and square tubes (15×15-500×500mm).
  • Includes a horizontally-mounted lathe follow-up support that synchronizes with the machine to eliminate sagging on long tubes.
  • Equipped with a semi-automatic loading mechanism that reduces manual feeding time by 30%.
  • Offers laser power options ranging from 1500W to 20KW for versatile cutting capabilities.
  • Maintains high precision with ±0.03mm positioning and repositioning accuracy on both X and Y axes.
  • Supports heavy-duty applications with a machine weight capacity of 6T for processing large tubes.
  • Handles tube lengths from 5500mm to 6500mm, ideal for long-tube manufacturing requirements.
  • Compatible with both round and square tube types for broad industrial application versatility.
FAQs:
  • What tube lengths can the QH-GS machine handle?
    The QH-GS tube cutting machine is designed to process tubes with lengths ranging from 5500mm to 6500mm, making it suitable for long-tube applications in construction and heavy machinery.
  • How does the follow-up support prevent tube sagging during cutting?
    The horizontally-mounted lathe follow-up support dynamically braces the tube along its entire length, synchronizing with the cutting process to eliminate sagging and maintain ±0.03mm precision.
  • What are the benefits of the 3-chuck clamping system?
    The 3-chuck system provides uniform clamping force across round and square tubes, preventing deformation and rotation during cutting, which reduces scrap rates by 35% and ensures weld joint alignment.
  • How does the semi-automatic loading mechanism improve efficiency?
    The semi-automatic loading mechanism automates tube alignment and positioning, reducing feeding time from 2-3 minutes to just 40-60 seconds per tube and cutting overall processing time by 25%.
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