±45° Beveling Covers Diverse Weld Joint Needs: The ±45° angle range eliminates secondary beveling processes (e.g., grinding/milling) for most weld joint designs—from shallow 5° bevels for thin sheets to steep 45° bevels for thick-plate deep penetration welding. The ±0.03mm axis precision ensures consistent angle across the entire 3000×1500mm workpiece, reducing weld joint misalignment rates by 50% vs. machines with unstable bevel accuracy.​

Dual-Platform Synergizes with Beveling Efficiency: Unlike single-platform models that pause for loading/unloading during bevel cutting, the dual-platform design lets operators prep the next workpiece (e.g., positioning thick steel plates for ±45° V-bevels) while the machine cuts—slashing batch processing time by 35%-40%. For 10 pieces of 3000×1500×15mm carbon steel plates needing 30° bevels, total cycle time drops from 2.5 hours (single-platform) to 1.5 hours.​

High Speed & Power Ensure Beveling Versatility: The 100m/min maximum linkage speed and 6000W-20KW power range let the machine handle beveling of diverse materials and thicknesses: 6000W for 0.5-10mm stainless steel (fast 80m/min bevel speed) and 20KW for 15-30mm carbon steel (deep, smooth 45° bevels). Even at maximum speed, the double rack & pinion transmission maintains ±0.03mm precision, avoiding bevel edge irregularities common in low-speed, low-power machines.​

Open-Type Design Enhances Beveling Practicality: The open structure provides easy access to the processing area, simplifying adjustments for complex ±45° bevel paths (e.g., irregularly shaped steel frames) and enabling quick cleaning of bevel-generated metal chips. It also accommodates custom fixturing for oversized or odd-shaped workpieces needing precise beveling—something enclosed machines struggle with—expanding the machine’s applicability for non-standard bevel tasks.