The first layer of any 3D print sets the stage for success, and the FLSUN S1’s AI Lidar Detection system ensures this critical foundation is laid perfectly. Using advanced Lidar technology, the printer scans the first layer, analyzing it for uniformity and adhesion quality. If imperfections are detected, the system can either alert the user or adjust the printing parameters in real-time to rectify the issue. This proactive approach to first layer inspection is essential for reducing the likelihood of print failures and for achieving the smooth, adherent base that's vital for the structural integrity of the final object.
The AI Lidar system in the FLSUN S1 extends its capabilities to accuracy calibration. This process involves scanning the print bed and the printed layers to ensure that the movement and placement of the extruder head are precise. By continuously calibrating its accuracy, the FLSUN S1 maintains the exact dimensional specifications required for the print, ensuring that each layer aligns perfectly with the last.
Flow calibration is another sophisticated feature of the FLSUN S1, enabled by its AI Lidar technology. It dynamically adjusts the flow rate of the filament during the printing process, ensuring that the extruded material is deposited with the correct density and width. This calibration is crucial for maintaining the strength and aesthetic quality of the print, especially for models that have varying wall thicknesses or intricate details.
The integration of AI Lidar Detection for first layer inspection, accuracy calibration, and flow calibration demonstrates the FLSUN S1’s commitment to technological innovation and precision-driven printing. These advanced features not only bolster the printer's reliability but also enhance the user experience by automating critical calibration processes, ensuring that each print meets the high standards of quality and accuracy required by professionals and enthusiasts alike. The FLSUN S1 is truly a state-of-the-art device that offers an intelligent, user-friendly approach to 3D printing.
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