Horizontally Mounted Lathe Follow Up Support Tube Metal Laser Cutting Machine 1500W-20KW

Lathe Follow-up Support Core: Dynamically adjusts to 5500-6500mm long tubes; prevents sagging to maintain ±0.03mm cutting accuracy for round (Φ15-500mm) and square (15×15-500×500mm) tubes.​

Key Specs: 1500W-20KW laser power; compatible with round/square tubes; 8500×1380×2050mm compact design (1.7T weight).​

Value: Cuts long-tube setup time by 25%; reduces sagging-induced scrap rates by 35% vs. non-follow-up support machines.

Sagging Elimination Guarantees Long-Tube Precision: For 5500-6500mm long tubes, traditional lathes without follow-up support cause 0.5-1mm sagging, leading to cutting deviation. The QH-GS’s follow-up system tracks the tube’s movement in real time, adjusting support force at 2-3 dynamic points—ensuring the tube stays straight, which directly maintains the machine’s ±0.03mm positioning accuracy even for full-length tube cuts or bevels.​

Versatile Support for Diverse Tube Sizes: The follow-up support adapts to both round (Φ15-500mm) and square (15×15-500×500mm) tubes without fixture swaps. For small-diameter tubes (e.g., Φ15mm round), it uses gentle, localized support to avoid deformation; for large-diameter tubes (e.g., 500×500mm square), it increases support force to counteract greater weight-induced sagging. This versatility eliminates the need for specialized support tools for different tube types, lowering equipment costs.​

Efficiency Boost for Long-Tube Batch Production: Without follow-up support, operators spend 10-15 minutes per long tube adjusting manual supports to reduce sagging. The QH-GS’s automatic follow-up system cuts this setup time to 3-5 minutes, while its stable support reduces rework (from sagging errors) by 40%. For batch production of 50+ 6000mm tubes, this translates to 4-6 hours of time savings per batch.​

Damage Prevention for High-Value Long Tubes: Long precision tubes (e.g., hydraulic pipeline tubes) are prone to irreversible deformation if supported improperly. The follow-up system’s dynamic force adjustment ensures even pressure distribution—avoiding indentations or bending while maintaining stability. This protects high-value materials, reducing material waste and improving overall production profitability.