Large-Format Beveling Eliminates Alignment Errors: The 6000×2500mm processing area allows one-time beveling of 6m-long large sheets (e.g., steel structure girders) without splitting. This avoids bevel misalignment (a major issue with segmented processing) and reduces weld joint rework rates by 40%-50%, as the ±0.03mm precision maintains consistent bevel angles across the entire large surface—critical for load-bearing welds in heavy machinery.​

Power Versatility for Multi-Thickness Beveling: The 1500W-20KW adjustable laser range covers diverse bevel scenarios: 1500W-5KW handles delicate bevels on 0.5-5mm stainless steel (e.g., pressure vessel thin-walled sections), while 10KW-20KW delivers deep, smooth bevels on 15-25mm carbon steel (e.g., heavy machinery bases). This eliminates the need for multiple machines for thin/thick bevel tasks, lowering equipment costs and streamlining mixed-order production.​

High-Stability Beveling Under Load: With a 3700kg sturdy frame and 1000kg maximum loading capacity, the machine securely holds heavy thick plates (e.g., 20mm carbon steel sheets) during beveling. The double rack & pinion servo transmission prevents workpiece shift or vibration—even at 100m/min maximum speed—ensuring bevel edges are smooth (no burrs) and angles are accurate (±0.5° tolerance). This reduces post-bevel grinding time by 60% compared to less stable large-format cutters.​

Efficient Large-Workpiece Bevel Workflows: The 1.0G acceleration and 100m/min speed enable fast traversal across the 6000×2500mm area—for example, completing a full-length V-bevel on a 6m×2.5m steel plate in 8-10 minutes (vs. 15+ minutes with slower large-format machines). The single-platform design also simplifies loading/unloading of heavy workpieces (via forklift compatibility), cutting batch bevel downtime by 30%-35% for high-volume steel structure production.