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3D surveying and mapping of ancient buildings
Through the SHARE3DCAM three-dimensional laser scanner and automated modeling technology, the efficiency of spatial data collection of ancient buildings is greatly improved, helping to build a high-precision, visual digital base for cultural heritage, making the repair and three-dimensional reconstruction of ancient buildings more efficient and realistic.
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Business pain points
• Traditional manual surveying and mapping: requires contact measurement, which can easily cause secondary damage to fragile cultural relics; it is difficult to reach dangerous areas such as high places, roofs, and beams, and the operation risk is high; it relies on manual records, and it is difficult to completely restore complex carvings and special-shaped structures, and the field cycle is extremely long.
• Traditional oblique photography/standing scanning: The environment of the ancient building complex is complex, and it is difficult to move and set up the standing scanner on steps and indoors, and it is easy to make errors when combining the stations; the drone is restricted by the airspace and the obstruction of ancient trees, and cannot obtain detailed data of indoor and shadowed areas under the eaves.
Usage scenarios
Digital archiving of ancient building complexes, repair and surveying of ancient temples, protection of ancient garden building heritage, refined collection of complex wooden structures (such as brackets and eaves), and integrated indoor and outdoor surveying and mapping of ancient buildings.
solution
3D digitization of real scenes of ancient buildings
Through the SHARE3DCAM handheld 3D LiDAR Scanner and intelligent solving algorithm, the efficiency of spatial data collection of ancient buildings is greatly improved, helping to build high-precision real-life 3D models of ancient buildings, making the digital protection of ancient buildings more intelligent and convenient.
● Compared with traditional manual surveying and mapping, the efficiency is increased by more than 20 times
● Intelligent SLAM real-time positioning, can work without GPS, can perform millimeter-level fine collection of brackets, sculptures, and murals, and supports automatic texture fusion
● No need to set up stations or targets, non-contact measurement enables dynamic continuous scanning, and can cover complex scenes such as halls, corridors, courtyards, etc. in one operation
● Supports one-click export of multi-format data, generates real-life 3D models such as 3DGS, and connects with ancient building/BIM protection platforms to form a closed business loop
hardware
SHARE SLAM S20 SE
Rapid scanning scenes in small areas such as interior halls of ancient buildings, narrow corridors, and basements without GPS signals.
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SHARE SLAM S20
Scenes that require extremely high texture, color and detail accuracy, such as the renovation of ancient buildings, digitization of cultural relics, and complex wooden structures (such as caissons and brackets).
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SHARE SLAM S100
Large ancient building complexes, temples, mountainous terrain, ancient city walls and other long-distance and large-area scenes that require high ranging range and accuracy.
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Workflow
• Data collection: Operators hold SHARE3DCAM 3D LiDAR Scanners and conduct mobile scanning inside and outside ancient buildings to obtain high-precision 3D point cloud data and high-definition texture images in real time.
• Data management: Import the collected data into point cloud processing software to automatically complete trajectory calculation and coordinate fusion, and generate color point cloud data and 3D Gaussian models to restore the ancient architectural structure in a refined manner.
• Law enforcement implementation: Import the model into the digital twin management system of ancient buildings to provide accurate data support for ancient repair design, disease monitoring and cultural digital display, forming a closed loop of data application.
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