A: Not necessarily. Power needs to be matched to material thickness and part characteristics. Excessive power can lead to: • Overheating and warping of thin sheets. • Unnecessary increases in operating costs. • Wasted investment in equipment. We recommend the principle of "adequate power with a reasonable margin."

A: In specific scenarios, using high power for thin sheets offers advantages: • Extremely high cutting speeds (e.g., 40 m/min for 1mm carbon steel with 6000W). • Requirement for superior cut quality (high power allows for parameter optimization for better results). • Mixed-production environments (alternating between thick and thin plates).

A: The difference in positioning accuracy is minimal (all within ±0.1mm). However: • Lower-power machines perform better on micro-features and fine details. • Higher-power machines may slightly underperform dedicated low-power machines in terms of hole roundness on thick plates. We achieve full-range precision coverage through our combination of equipment.

A: Choose any of the following methods: Email your drawings to us, and we will provide power recommendations within 24 hours. Use the Power Selection Decision Tree guide (based on material, thickness, and contour complexity). Schedule a one-on-one consultation with our engineers.