Prima Power Genius Laser Cutting Machine 4020
$13,550.00-15,800.00
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Model | FP-3015L | FP-4015L | FP-4020L | FP-6025L | |||
Working Area | 3050*1550 | 4050*1550 | 4050*2050 | 6050*2550 | |||
Laser Power | 1500W/2000W/3000W/4000W/6000W | ||||||
Laser Source Brand | MAX/RAYCUS/Customized | ||||||
Laser Cutting Head | Raytools/WSX/BOCI/OSPRI/PRECITEC/CUSTOMIZED | ||||||
Control System | HYPCUT | ||||||
Water Chiller | HANLI/S&A | ||||||














Laser | Plasma | ||
Environment | Fiber laser cutting typically generates less waste, with minimal slag and dross formation. It produces clean, precise cuts, reducing the need for post-cutting processing and waste disposal. | Plasma cutting can produce more waste in the form of slag, dross, and fumes compared to fiber laser cutting. The waste generated may require additional handling and disposal measures. | |
Saving Power | Fiber laser cutting generally consumes less energy compared to plasma cutting because the primary energy consumption is associated with powering the laser source, which is typically more efficient than generating plasma. | Plasma cutting typically consumes more energy than fiber laser cutting because it requires powering the plasma generation process, which involves maintaining a high-temperature ionized gas. | |
Finish | Fiber laser cutting offers superior edge quality, precision, and detail, making it ideal for applications requiring intricate designs and fine finishes | Plasma cutting can produce a quality cut, but the edge finish may not be as smooth as fiber laser cutting, especially for thinner materials. | |
Cutting Kerf | Plasma cutting causes a wider kerf than laser cutting | ||






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