Handheld 3D Laser Scanner - T100

Contact Ms. Yang at 18320771886 for inquiries

Technical Parameters

Scanning Range: Features a 360°×280° scanning range, enabling comprehensive acquisition of 3D information of target objects, reducing blind spots, and ensuring data integrity.
Scanning Distance: Up to 120 meters, allowing scanning from a distance for large-scale scenarios such as large buildings and squares, improving operational efficiency.
Scanning Frequency: Captures 640,000 points per second, rapidly acquiring extensive point cloud data to accurately reflect the detailed features of target objects, providing robust data support for subsequent modeling and analysis.
Point Accuracy: Maximum point accuracy of 1cm, ensuring data precision to meet the requirements of high-accuracy applications like architectural modeling and engineering surveying.
Positioning Technology: Built-in RTK module enables centimeter-level high-precision positioning. In environments with GNSS signals, it quickly obtains accurate geographic location information, combining it with laser scanning data to assign precise geographic coordinates to point cloud data. Simultaneously, SLAM (Simultaneous Localization and Mapping) technology allows for self-positioning and incremental 3D mapping in indoor environments without GNSS signals or areas with severe signal obstruction.

Performance Features

Lightweight and Portable: Weighing only 1.7kg, it is easy to carry to various job sites, whether for indoor architectural spaces or outdoor terrain surveying scenarios.
Safe Laser Class: Class 1 eye-safe laser ensures no harm to the operator's eyes during use, guaranteeing operator safety.
Built-in Storage: Equipped with a 1TB built-in SSD, expandable for storing large amounts of scanning data, facilitating on-site data storage and backup.
Dual-Platform Processing: Supports both device-host and desktop computer processing platforms. Users can choose the processing method based on actual needs: quick processing on the device host for immediate data review and validation during field operations, or transferring data to the desktop for more powerful computing resources during detailed data processing and analysis, enhancing operational efficiency.
Supporting Software: Comes with post-processing software such as LidarWorks, which includes basic functions like point cloud data browsing, optimization, and format conversion. It also supports stitching and merging multiple datasets and offers specialized applications for volume measurement and mapping, improving the efficiency and accuracy of data processing.

Application Fields

Architecture: Can scan modern properties, urban and rural buildings, building facades, and ancient structures to quickly acquire 3D information, providing accurate data support for design, renovation, and restoration. For example, in ancient building restoration, it precisely captures shape, structure, and texture details to inform restoration plans.
Construction Monitoring: Monitors construction progress and quality during building projects. By regularly scanning construction sites and comparing point cloud data from different periods, issues such as structural deformation or construction deviations can be promptly identified for adjustments and improvements.
Forestry: Captures 3D information of trees in forests, including height, diameter at breast height, and canopy shape, providing data support for forest resource surveys, ecological research, and management. For example, 3D scanning enables rapid and accurate calculation of forest volume and biomass.
Geology: Widely used in geological surveys and disaster monitoring. Scans geological terrain to obtain 3D information of geological structures, supporting assessment and early warning of geological hazards. For instance, in monitoring landslides and mudflows, it tracks changes in geological structures in real time and issues timely warnings.
Mining: Suitable for digital mine construction and resource management. Scans mine terrain, tunnels, and stopes to obtain 3D information, supporting mine planning, design, and production management. For example, in ore reserve calculation, it accurately captures the shape and volume of ore bodies, improving calculation accuracy.