High Power Standard Model Tube Metal Laser Cutting Machine Side Mounted Lathe

High Power Core: 6000W-20KW laser range, cuts thick-wall tubes up to 25mm (vs. ≤15mm for low-power models); paired with side-mounted lathe for stable large-tube clamping.​

Key Specs: Φ15-500mm round/15×15-500×500mm square tubes; 5500-6500mm length; ±0.03mm X/Y accuracy; 2T robust build (9620×2950×2080mm).​

Fit: Heavy machinery, oil pipelines; high-power handles thick-wall/large-diameter tubes without secondary processing.

High Power Enables Thick-Wall Tube Processing: The 6000W-20KW laser power directly addresses the limitation of low-power machines—efficiently cutting thick-wall tubes (10-25mm, e.g., 20mm carbon steel pipeline tubes) in a single pass. Without high power, such thick tubes would require multiple cuts (increasing processing time by 150%-200%) or post-cut grinding; the QH-GS eliminates this, reducing overall task time by 40%-50% while maintaining smooth, burr-free edges.​

Fast Cutting of Large-Diameter Thick Tubes: For large-diameter tubes (Φ300-500mm, e.g., Φ400mm square steel tubes for heavy machinery), high power (12KW-20KW) boosts cutting speed by 60%-80% compared to 3000W-5000W machines. For example, cutting a 5500mm-long Φ400mm round tube (15mm wall thickness) takes only 8-10 minutes with the QH-GS, vs. 18-22 minutes with low-power alternatives—critical for meeting high-volume production deadlines.​

Side-mounted Lathe Enhances High-Power Stability: High-power laser operation generates more heat and vibration, which can shift poorly clamped large tubes. The QH-GS’s side-mounted lathe clamps tubes from the side (vs. top-mounted designs), distributing pressure evenly across the tube’s surface. This prevents slippage or deformation during high-power cutting, ensuring ±0.03mm accuracy is maintained—vital for precision-critical applications like oil pipeline connections, where even 0.1mm deviation can cause leakage.​

Broad Material & Specification Compatibility via High Power: The 6000W-20KW range adapts to diverse tube materials (carbon steel, stainless steel, alloy steel) and thicknesses. For instance, 6000W-10KW handles 1-15mm stainless steel tubes (common in food processing), while 12KW-20KW tackles 15-25mm alloy steel tubes (used in heavy machinery). This eliminates the need for multiple machines for different tube types, reducing equipment investment costs by 30%-40% for businesses processing varied tube specifications.