High Power Matches Dual-Table Design for Higher Efficiency: The high-power laser ensures continuous and stable cutting even during long-time high-intensity operation, which is perfectly compatible with the dual-table’s simultaneous loading/unloading function. While the high-power laser is cutting on one table, the other table can complete sheet loading and positioning, avoiding downtime caused by manual loading/unloading after cutting. This synergy between high power and dual-table design increases overall production efficiency by 50% compared with single-table, low-power equipment, making it suitable for large-batch continuous production.
High Power with High Precision & Stability: The machine adopts a heavy-duty structure (10000kg weight) and double rack & pinion servo transmission system, which effectively suppresses vibration caused by high-power laser operation, ensuring stable power output and cutting precision. With ±0.03mm positioning and repositioning accuracy, even under maximum 20KW power, it can maintain consistent cutting quality, solving the problem of precision loss caused by high power in ordinary laser cutting machines, and meeting the high-precision requirements of thick-sheet structural parts and precision components.
High Power Adaptability & Cost-Effectiveness: The adjustable 6000W-20KW high-power range allows the machine to flexibly match different cutting needs—from thin sheet metals to extra-thick plates, from ordinary steel to high-strength alloys, without the need for multiple devices. The 12000kg maximum loading weight and 8000×2500mm large processing area, combined with high power, enable one machine to handle various large and thick sheet metal processing tasks, reducing equipment investment costs for enterprises. Meanwhile, the high-power laser’s energy efficiency is optimized, reducing energy consumption per unit of processing, and the stable structure reduces maintenance frequency, further lowering long-term operation costs.