• Vidéo Qualité Scanner laser portable Lixel L2 Pro haute précision modélisation 3D en temps réel usine

    Scanner laser portable Lixel L2 Pro haute précision modélisation 3D en temps réel

    Lixel L2 Pro High-Precision Real-Time Scanning & Modeling DeviceThe Lixel L2 Pro (16/120 version) is a cutting-edge 3D scanning and reconstruction device developed by XGRIDS. Equipped with advanced modules including LiDAR, 3-color cameras, high-precision inertial navigation, and a high-performance computer, the Lixel L2 Pro offers seamless data capture and real-time 3D modeling. This device creates true-color point cloud models with centimeter-level accuracy, providing a

  • Vidéo Qualité Appareil de reconstitution de l'équipement de balayage laser 3D L2 PRO pour l'arpentage du terrain usine

    Appareil de reconstitution de l'équipement de balayage laser 3D L2 PRO pour l'arpentage du terrain

    Real-time Modeling, Realistic Color The Lixel L2 Pro (16/120 version) is an advanced 3D scanning and reconstruction device by XGRIDS. Equipped with cutting-edge modules, including LiDAR, 3-color cameras, high-precision inertial navigation, and a high-performance computer, the Lixel L2 Pro delivers seamless data capture and real-time modeling. It creates true-color point cloud models with centimeter-level precision, offering a powerful tool for precise 3D reconstruction on the

  • Vidéo Qualité Scanner laser 3D portable L2 Pro, modélisation en temps réel, couleur réaliste, haute précision usine

    Scanner laser 3D portable L2 Pro, modélisation en temps réel, couleur réaliste, haute précision

    Real-time Modeling, Realistic Color The Lixel L2 pro (16/120 version) is a 3D scanning and reconstruction device introduced by XGRIDS. Integrated with modules such as LiDAR, 3 color camera, high-precision inertial navigation, and high-performance computer, the Lixel L2 pro seamlessly combines data capture with real-time modeling, producing true-color point cloud models with cm-level accuracy in real-time. Output point clouds directly without any other devices Modeling while