1.5G Acceleration Slashes Large-Workpiece Processing Time: The 1.5G maximum linkage acceleration enables ultra-fast transitions between cutting paths—for example, when processing a 13m×2.5m steel sheet with multiple cutouts, it reduces empty travel time by 35% (from 8 mins to 5.2 mins) compared to 1.0G machines. Combined with 100m/min cutting speed, it completes full-area processing of oversized workpieces in 20-25 mins (vs. 35+ mins for slower models), drastically boosting production throughput.​

High Speed Maintains High Precision: Unlike low-end high-speed cutters that sacrifice accuracy for speed, the QH-13025FD’s double rack & pinion servo transmission stabilizes motion during 1.5G acceleration, keeping X/Y-axis accuracy at ±0.03mm. This ensures consistent cut quality (smooth edges, no burrs) even when processing complex patterns on large sheets—critical for industries like shipbuilding where precision directly impacts weld joint fit.​

1.5G Performance Handles Heavy Loads: With a 12000kg maximum loading weight, the machine can high-speed cut thick, heavy plates (e.g., 25mm carbon steel sheets weighing 500kg+) without speed loss. The 10000kg robust frame prevents deformation during 1.5G acceleration, avoiding workpiece shift and ensuring uniform cutting depth across the entire large surface—eliminating the need for post-cut adjustments.​

Power-Versatility Meets High Speed: The 1500W-20KW laser power range optimizes high-speed cutting for diverse materials: 1500W-5KW for rapid cutting of 0.5-5mm aluminum sheets (100m/min full speed), 10KW-20KW for high-speed deep cutting of 15-25mm carbon steel (maintaining 80% of 100m/min speed). This versatility, paired with 1.5G acceleration, allows the machine to handle mixed-batch large-format processing efficiently, reducing equipment idle time.