Share SLAM S100-16 Handheld 3D LiDAR Scanner, 1 cm Relative Accuracy, Up to 120 m Range, 320K Points/s, Dual 1-Inch Cameras, Colorized Point Clouds, 3DGS, RTK/PPK for Surveying and AEC

Share SLAM S100-16 Handheld 3D LiDAR Scanner, 1 cm Relative Accuracy, Up to 120 m Range, 320K Points/s, Dual 1-Inch Cameras, Colorized Point Clouds, 3DGS, RTK/PPK for Surveying and AEC

• Centimeter-Level Reality Capture for Surveying and AEC: Designed for surveyors, architects, engineers, contractors, and reality-capture teams, the SHARE SLAM S100-16 captures measurable existing-condition data with relative accuracy within 1 cm and point cloud thickness within 5 mm. With an appropriate georeferencing workflow, it supports absolute accuracy within 5 cm. Use it for as-built documentation, Scan-to-BIM, renovation planning, MEP coordination, industrial facility documentation, facade surveys, and digital twin projects.
• LiDAR Mapping for Large and Complex Sites: The SHARE SLAM S100-16 features a 16-channel rotating LiDAR capable of capturing up to 320,000 points per second, with a measuring range of 0.5 to 120 m. Designed for single-operator mobile data capture, it supports projects across large venues, warehouses, industrial facilities, production areas, building exteriors, road corridors, and forestry sites. Actual range may vary depending on target reflectivity and environmental conditions.
• Colorized Point Clouds and 3DGS Workflows: The SHARE SLAM S100-16 integrates two 1-inch, 16 MP cameras with mechanical shutters to capture imagery for point cloud colorization and 3DGS reconstruction. The mechanical shutters help reduce motion-related distortion during mobile capture. The scanner also features a dedicated physical photo button, giving operators the flexibility to capture supplemental images of key areas on demand.
• RTK, PPK, and Control-Point Georeferencing: The SHARE SLAM S100-16 supports flexible positioning across large indoor, outdoor, and mixed-environment projects. RTK supports real-time georeferencing when correction data is available, while PPK provides a post-processing option when real-time RTK is limited or unstable. Visual SLAM assists positioning in GNSS-challenged sections, and visible-laser control point capture provides an additional option for coordinate alignment.
• Integrated Software Ecosystem and Multi-Format Export: SHARE Capture and SHARE PointClouds Studio are included for SHARE3DCAM users at no additional software license cost. Preview point cloud coverage in real time on mobile, then process, review, measure, and crop project data on desktop. Export point clouds in PLY, LAS, PCD, E57, and RCS formats for downstream CAD and BIM workflows, with tools that assist in preparing floor plan and section drafts. A built-in 1 TB SSD provides local storage for large field datasets.
• Enhanced Workflow with SHARE PointClouds Studio V2.6.0: The latest release adds point cloud registration, allowing separate point cloud datasets to be spatially matched and aligned. It also introduces coordinate transformation, trajectory display, and support for PPK processing. For RTK/GNSS-integrated mapping workflows, a PPK-generated GNSS trajectory file can be selected and used during processing. The upgraded rendering engine enables faster point cloud loading and rendering, while measurement, cropping, and section-generation tools have also been refined. Model Comparison now supports 3DGS models, and generated CAD drawings support English text formatting.