RS100s Slam

Strong and Stable

Performance

RS100S is able to collect 320,000 points per second, with a scanning range of 120 meters, view field of 360°x 285°,  and achieve a relative point accuracy of 1cm.

Post-Processing 

Software

GoSLAM Studio Software integrates device application and point cloud processing. Eight basic functions: one-click point cloud denoising, point cloud splicing, shadow rendering, coordinate transformation, automatic horizontal plane fitting, automatic point cloud data report generation, ortho-photography and point cloud encapsulation. 

It is also compatible with third-party device point cloud processing.

Application 1:

Stock Pile Measurement

Slam LiDAR Scanning is an ideal solution for volume inventory of coal pile, ore pile, materials and granary. 

RS100S can perform fast and accurate mobile scanning operations in shed and outdoor environments, without GPS. The unique ultra-low reflectivity range extension function is particularly effective for coal pile and mineral materials. This has incomparable advantages over other measurement methods.

Application 2:

Building Info. Collection 

RS100S can conduct high-density space data collection, is very suitable for internal 3D modeling and drawing for modern real estate, urban houses, rural cadastres, building facades, ancient buildings, etc. 

Application 3:

Underground Facilities

SLAM positioning technology does not require GPS signal to perform 3D data acquisition indoors, and obtaining high-quality point cloud data is regardless of bright or dark environments. So it is wonderful solution for measuring underground parking lots, civil air defense facilities, shopping malls and airports, large-scale factories and mines.

Application 4:

Agriculture, Forestry, Geology 

Agriculture, forestry, and geology's intricate on-site environment and high-density coverage have always been difficult areas for 3D data acquisition. The arrival of SLAM technology has solved the problems in this field. 

RS100S is with a 360×285-degree scanning coverage. The 3D information of the horizontal and vertical surfaces of the trunk and canopy can be collected to a large extent. Agricultural growth, forestry green quantity, and geological survey are no longer difficult tasks.