380V Fully Enclosed Sheet Metal Laser Cutting Machine High Speed Longitudinal Single Platform

1.5G Acceleration Cuts Batch Processing Time Dramatically: The machine’s 1.5G maximum linkage acceleration allows it to quickly ramp up to 100m/min and adjust motion paths in milliseconds—critical for small-to-medium batch work. For example, processing 50 pieces of 3000×500mm stainless steel sheets (1mm thick) takes ~1.5 hours (vs. 2+ hours with 1.0G machines), as idle travel between cut features (e.g., holes, slots) is drastically reduced. This directly meets tight production schedules for high-volume orders.​

High Speed Without Compromising Precision: Thanks to the double rack & pinion transmission with servo drive, the 1.5G high acceleration doesn’t sacrifice accuracy—X/Y-axis positioning and repositioning remain at ±0.03mm. Unlike low-grade machines that drift at high speed, the QH-3015FC maintains consistent cut quality (smooth edges, narrow kerfs) even during rapid direction changes, eliminating the need for post-cut finishing and reducing scrap rates by 20%-25%.​

Fully Enclosed Structure Supports Safe High-Speed Operation: High-speed cutting generates more sparks and dust, but the fully enclosed design contains these hazards—preventing fire risks and protecting operators from noise (>85dB reduction). It also shields the transmission system from dust accumulation, which is critical for maintaining 1.5G acceleration performance long-term (reduces maintenance frequency by 40% vs. open-frame high-speed machines) and extending the machine’s service life.​

Longitudinal Single Platform Optimizes High-Speed Workflow: The 3000×1500mm longitudinal single platform is tailored for long sheet metal (e.g., 3m-long automotive trim parts), allowing continuous high-speed cutting without workpiece repositioning. Its 800kg loading capacity handles thick long sheets (up to 25mm) while staying compact (4800×2350×1900mm)—saving workshop space vs. multi-platform machines and ensuring seamless integration into high-speed production lines.