Soymap

1. Introduction:

Soymap product is a handheld rotary 3D LiDAR scanner launched by SOY, the scanner is equipped with Ouster128-line liDAR, based on rotary SLAM technology, can actively detect the scanning environment, complete the perception and modeling of the surrounding environment, and then generate high-precision 3D point cloud map. The handheld rotary 3D LiDAR scanner is used with tablet and other devices, and the client software 3D-viewer. It is connected with the scanning device through the wireless network to realize the operation and control of the scanning device, and can be detected in various fields such as geological terrain, construction engineering, agricultural and forestry monitoring, scientific research and education.

2. Product features:

Soymap Handheld rotary 3D LiDAR scanner product features include the following seven aspects:

A.Is based on rotary 3D SLAM algorithm without GNSS support

Strong ability to obtain spatial information, can obtain 360° x 270° large Angle of information, to meet the requirements of multi-scene detection.

B.High imaging efficiency and good imaging quality

Equipped with 128-line LiDAR, it can realize the acquisition of 2.6 million points of data per second, which can capture details and shapes, and provide high-precision three-dimensional data.

C.Rich peripheral interfaces, diverse data collection

It can be integrated into a variety of other systems to complete data collection and processing and adapt to different application requirements.

D.Supporting client software to monitor scan data in real time

The software is powerful, the interface is simple, the operation is simple, effectively improve the human-computer interaction experience.

E.Data is solved in real time, the result can be known at any time

Built-in WIFI module, support wireless transmission. Simultaneous SLAM calculation is performed during the scanning process, and the data can be exported and used after the scanning is completed.

F.Small size, light weight

Lightweight shell, easy to carry and operate, can effectively deal with narrow, crowded and other complex scanning environment, reduce geographical environmental restrictions.

G.Using multi-echo technology to reduce the impact of harsh environmental conditions

Soymap handheld rotary 3D LiDAR scanner uses multi-echo technology to provide more accurate and comprehensive measurement data, suitable for a variety of complex environments and application scenarios.

3. Supporting client software:

3D Viewer software is a companion software for Soymap products, which can be connected to devices such as tablets through wireless networks.

3D Viewer software is powerful, real-time display of point cloud information, coordinate measurement, relocation, closed-loop reprocessing, scanning mode selection and other functions are available, simple interface, simple operation, one-button control device start and stop, to maximize the human-computer interaction experience.

4. Application mode:

Soymap handheld rotary 3D LiDAR scanner is widely used, can be used in a variety of scenarios for environmental detection, to achieve full coverage of different scene acquisition requirements, and further improve work efficiency.

A.Can detect the surrounding environment by hand

B.Can be placed on the ground vehicle to carry out environmental detection tasks

C.Can be mounted on small aerial vehicles to carry out environmental detection missions

5. Application field:

Soymap handheld rotary 3D LiDAR scanner has a wide range of applications in the following scenarios:

A.Bulk measurement and volume measurement

It is used for the volume inventory of various pile materials such as mine and grain piles, and the volume measurement of large closed containers such as oil tanks and granaries.

B.Architecture and Engineering

Spatial information can be scanned and modeled for buildings, including indoor and outdoor environment scanning, such as outdoor buildings, underground garages, etc. The obtained high-quality point cloud data can be used for data acquisition and analysis during engineering design, building planning and construction.

C.Geology and topography

It is used for topographic survey, geological exploration and geological disaster monitoring, and obtains accurate three-dimensional data by scanning the complex field environment on the surface and underground to help study geological structure and topographic changes.

D.Agriculture, forestry and environmental monitoring

It is used for environmental analysis, plant growth monitoring, farmland planning and quantity statistics in the field of agriculture and forestry, and pollution sources, pollutant detection and environmental change analysis in the field of environmental monitoring.

E.Urban planning and management

It is used in urban planning, land management and urban infrastructure construction, and can obtain three-dimensional data information of the city, provide reference for decision-making and planning, and realize digital management.

F.Research and teaching in universities

It can be used for data collection and analysis in industrial disciplines, geological disciplines, architectural disciplines, cultural relics and other fields, providing advanced surveying and mapping tools for scientific research. It can also be used in teaching activities such as design, modeling and display to help students understand and learn the concept of three-dimensional space more intuitively.