3000 X 1500mm Dual Platform Enclosed Laser Cutting Machine Water Cooling 1500W-20KW

Dual-platform & Enclosed Core: Parallel cutting/loading (cuts downtime by 30%-40%); full enclosure blocks dust/sparks/noise, protecting precision components.
Key Specs: 3000×1500mm area (1000kg max loading), 1500W-20KW laser power, ±0.03mm axis precision, 100m/min max speed.
Fit: High-volume steel/automotive manufacturing; 380V/50Hz for industrial integration.
| Processing Area | 3000 * 1500mm |
| Maximum Loading Weight | 1000kg |
| Machine Weight | 3500kg |
| Overall Dimensions | 8500×2280×2150mm |
| Laser Power Range | 1500W - 20KW |
| X/Y-axis Positioning Accuracy | ±0.03mm |
| X/Y-axis Repositioning Accuracy | ±0.03mm |
| Maximum Linkage Acceleration | 1.0G |
| Maximum Linkage Speed | 100m/min |
| Transmission System | Double rack & pinion transmission with servo drive |
| Voltage Requirement | 380V |
| Frequency | 50Hz |
Advantage
Dual-platform Parallel Operation Boosts Throughput: Unlike single-platform machines that pause for loading/unloading, the QH-3015FB’s two platforms enable continuous production. For example, a batch of 100×3000×1500mm steel sheets can be processed in ~4 hours (vs. 6+ hours with single-platform models), as the next sheet is prepped on the idle platform while the current one is cut—critical for meeting tight production deadlines.
Enclosed Structure Extends Machine Lifespan & Ensures Safety: The full enclosure prevents dust and metal chips from accumulating on the double rack & pinion transmission and optical components (common causes of precision drift and breakdowns). This extends maintenance intervals by 50% and retains ±0.03mm accuracy long-term, while also eliminating fire risks from stray sparks and reducing noise to <85dB—complying with industrial safety standards and improving workshop working conditions.
High Precision + Dual-platform Synergy for Consistent Batch Quality:H The ±0.03mm X/Y-axis accuracy (enabled by servo-driven rack & pinion transmission) ensures uniform cutting quality across every workpiece, while the dual-platform design avoids repositioning errors from frequent loading/unloading. This reduces batch scrap rates by 25%-30%, as each sheet is cut under the same stable conditions—essential for industries requiring strict part consistency (e.g., automotive frame components).
Space-efficient Design for Industrial Workshops: Despite its dual-platform functionality, the machine’s 8500×2280×2150mm footprint is optimized for factory layouts—smaller than combining two single-platform machines. The enclosed structure also eliminates the need for additional external safety barriers, saving valuable workshop space while keeping operations organized.
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