Water Cooling 1500w Laser Cutter Round Square Tube Horizontally Mounted Lathe Beveling Cutting

Beveling & Horizontal Core: ±45° beveling cutting with ±0.03mm axis precision; horizontally-mounted lathe eliminates 5500-6500mm tube sagging, ensuring uniform bevel quality.​

Key Specs: Cuts Φ15-500mm round/15×15-500×500mm square tubes; 1500W-20KW laser power; 1.7T weight (8500×1380×2050mm size).​

Value: No bevel angle distortion from vertical sag; fits both round/square tubes, cutting bevel setup time by 25%.

Horizontal Clamping Guarantees Consistent Bevel Angles: For 5500-6500mm long tubes, vertical clamping often causes 0.5-1mm sagging, leading to ±2°+ bevel deviation. The horizontally-mounted lathe holds tubes along the horizontal axis, distributing weight evenly to keep the tube straight during ±45° beveling. This ensures bevel angles stay within ±0.5° tolerance across the entire tube length, reducing weld joint rework by 40%-50%.​

Dual-Tube-Type Beveling Flexibility: The machine seamlessly switches between beveling Φ15-500mm round tubes and 15×15-500×500mm square tubes without swapping custom fixtures. For square tubes, the horizontal lathe’s multi-point clamping prevents edge deformation during corner beveling; for round tubes, it maintains coaxiality to avoid ovality affecting bevel symmetry. This versatility eliminates the need for separate beveling machines, lowering equipment costs.​

High-Precision Beveling Reduces Post-Processing: With ±0.03mm axis accuracy, the machine produces smooth, dimensionally precise ±45° bevels—no additional grinding or milling is needed to refine bevel edges. For example, hydraulic pipeline tubes processed by this machine can be directly welded, cutting overall tube manufacturing time by 30% compared to machines with lower bevel precision.​

Compact Horizontal Design Boosts Workshop Efficiency: At 8500×1380×2050mm, the machine’s horizontal layout optimizes floor space (30% more space-efficient than vertical lathe models). The 1.7T weight allows easier workshop relocation if needed, while the integrated design (lathe + beveling) streamlines workflow—operators can load tubes, set bevel parameters, and start processing in one station, reducing material handling time for batch beveling.