High Speed Single Platform Laser Open Type Cutting Machine 1500 X 3000mm

1.5G Acceleration Dramatically Reduces Cycle Time: The ultra-high 1.5G acceleration enables the machine to quickly transition between cutting contours—for example, a 3000×1500mm steel plate with 20+ small holes (common in structural parts) sees empty-stroke time drop from 8-10 minutes (1.0G models) to 4-5 minutes. Combined with 100m/min cutting speed, total processing time for such workpieces is reduced by 25%-35%, directly boosting daily production output.​

High Speed Maintains Precision via Advanced Transmission: Unlike low-end high-speed machines that lose accuracy during rapid motion, the double rack & pinion servo transmission ensures ±0.03mm X/Y-axis precision even at 1.5G acceleration. This is critical for thick-plate parts (e.g., 20mm carbon steel brackets) where contour accuracy affects assembly—scrap rates are kept below 5%, vs. 12%-15% for machines with unstable high-speed performance.​

High Speed Synergizes with High Power for Thick-Plate Efficiency: The 6000W-20KW power range handles 0.5-30mm thick metals, while 1.5G acceleration eliminates “waiting time” between cuts. For batch processing of 10 pieces of 3000×1500×15mm carbon steel plates: 1.5G acceleration cuts total cycle time to ~1.5 hours, vs. 2.2+ hours for 1.0G models. The open-type structure further complements this by enabling 50% faster loading/unloading of heavy plates, avoiding bottlenecks in high-speed workflows.​

High-Speed Versatility Across Complex Workpieces: The 1.5G acceleration excels at complex, multi-contour parts (e.g., irregular steel frames for machinery). It maintains consistent speed even when switching between straight cuts and curved paths, avoiding the “slowdowns” common in 1.0G machines. This ensures uniform edge quality (no heat buildup from uneven speed) and lets the machine handle both simple bulk cutting and complex precision tasks—reducing the need for multiple specialized machines.