slam100lidar

SLAM100 adopts a 360° rotating head which can form a 270°x 360° point cloud coverage, and three 5MP optical cameras to produce panorama and help color the point cloud data.  Rea-time 3D mapping can be displayed with SLAM GO APP on the phone, and the PC software SLAM GO POST Pro also provides more functions.●【Accuracy】 Relative Accuracy: 2cm; Absolute Accuracy: 5cm.●【Built-in Batteries】Those four batteries can support SLAM100 capture 2.5hours continuously. If you want to capture longer, you also can purchase more to replace it.●【Three 5MP Visible Light Cameras】It is able to synchronously obtain texture information and produce color point clouds and partial panoramic images.●【SLAM GO App】 The App(Android & IOS)can be connected to SLAM100 through a cell phone to perform project management, and real-time point cloud display. ●【SLAM GO POST PRO Software】The software can perform post-processing of collected data.

With the rapid development of the national economy, the number of storage tanks continues to increase, and has become a major basic key equipment for oil and gas resources and chemical material storage. At the same time, storage tanks are also developing towards larger sizes, which puts forward higher requirements for tank volume measurement in storage and transportation projects. At present, commonly used measurement methods at home and abroad include the girth method, the optical reference line method, the optical measurement method with guide rails, and the three-dimensional laser scanning measurement method. Station scanner, this kind of instrument has the advantages of high precision, high density, and long distance measurement, but it also has problems such as low efficiency, frequent station changes, and large amount of splicing in the office.

With the rapid development of cities, urban power supply systems continue to grow at a relatively rapid rate, and the mileage of overhead transmission lines continues to increase, posing greater challenges to line operation and maintenance. Traditional manual inspections mainly rely on manual on-site inspections, with heavy tasks and low efficiency. Especially in urban areas with complex scenes, the efficiency and accuracy are not ideal. UAV airborne LiDAR inspection is very mature for transmission line inspection. Through the integrated process of on-site line inspection, data processing and analysis, rapid identification of line defects can be realized.However, there are large environmental differences between urban areas and areas such as mountains and hills. Urban areas are densely populated with people and buildings, and transmission lines and surrounding landforms form a complex interlaced situation, which poses a serious threat to the flight safety of drones. For the inspection of power transmission lines in urban areas, the mobile lidar backpack platform S-PACK100 combined with SLAM100 can adapt to the intricate work scenes in urban areas. Collectors carry S-PACK100 on their backs and walk along the line at a normal pace to realize digital scanning of transmission lines at close range.

Earthwork volume caculation refers to the engineering volume of excavation, landfill, transportation, stacking, and other operations of earth and rock in construction, road, water conservancy, mining, and other projects. The size of the earthwork is directly related to the investment and progress of the project. Therefore, accurate calculation of earthwork has become an important link in engineering design and construction. There are many traditional earthwork calculation methods, including cross-section method, grid method, contour line method, etc., but these methods require manual measurement and drawing, which is time-consuming and labor-intensive, and are prone to errors and omissions. With the advancement of science and technology, the use of lidar scanning and processing technology for 3D reconstruction and analysis provides a more efficient and economical technical path for earthwork calculation.