SLAM LiDAR Scanner
The lightweight Cygnus Lite handheld SLAM scanner redefines data collection with its 20° tilt mechanism, dual wide-angle cameras, and an integrated RTK module. It captures unprecedented detail and vibrant color in every scan, ensuring your data is comprehensive and exceptionally accurate.
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A new mobile 3D scanner for your efficiency. By combining the latest SLAM (Simultaneous Localization And Mapping) technology with the most efficient and revolutionary algorithms, the Cygnus Handheld LiDAR Scanner supports and assists you in improving 3D point cloud data acquisition efficiency to the fullest.
As the newest advancement in the Apus series, the Apus-MX UAV LiDAR represents a groundbreaking leap in aerial surveying precision and efficiency. Designed to tackle both complex terrains and urban environments with substantial structural variations, the Apus-MX maximizes productivity while significantly reducing operational time. This ultra-portable system seamlessly integrates a powerful long-range laser scanner, an advanced IMU, and an industrial-grade RGB orthographic camera, delivering unpa
The Apus represents the evolution of SatLab’s LiDAR solutions. This light compact and superior system integrates an advanced laser scanner with an industrial grade camera and a sophisticated inertial navigation system, is able to collect reliable and great detailed point cloud and rich image information.
Its diverse applications span across 3D spatial data acquisition for terrain mapping, electricity, forestry and agriculture surveys, emergency response, and land planning.
The Livox Mid-360S is a compact, hybrid solid-state 3D LiDAR built for the next generation of mobile robots. Powered by Livox's rotating mirror hybrid-solid technology, it delivers a full 360° horizontal field of view and a 59° vertical field of view, giving robots omnidirectional spatial awareness in every direction. Livox
Its compact, lightweight design allows seamless integration across a wide range of robotic platforms, supporting stable, efficient navigation and obstacle avoidance both ind
Airy has a regular high-quality point cloud, combined with 1.5cm@1σ range precision.It excels in precisely detecting various dynamic and static small obstacles at both short and long distances. This ensures safe collision avoidance while efficiently completing 3D mapping and accurately reconstructing indoor and outdoor environments such as homes, warehouses, courtyards, and ports. Airy employs a repetitive scanning approach to generate high-precision, well-structured point cloud images in real t