1200m Range Lightweight Terrestrial Laser Scanning In Construction HS1200

1200m range 5mm@40m accuracy terrestrial laser scanner HS1200 with max. 500kHz PRR operation from -20℃～+65℃

HS1200 high-precision and long range terrestrial laser scanner is independently developed by Wuhan Hi-Cloud Technology Co.,Ltd. It is a pulse based, full waveform, high-precision and high-frequency stand-by 3D laser scanner. Supporting by the 3D laser point cloud processing software which is also independently developed by Hi-Cloud, it breaks through the barrier from original data acquisition to data output.

The scanner is widely used in various application fields such as digital cultural heritage, smart city, topographic mapping, electric power exploration, geological disaster investigation, construction engineering and so on.

Features of HS1200 terrestrial laser scanner

1. It is a high precision terrestrial laser scanner. 

The ranging accuracy of HS1200 terrestrial laser scanner is up to 5mm@40m. With this high accuracy, the data obtained by the scanner can meet the needs of various high-precision application scenarios. Therefore the system can be widely used in fieleds such as high-precision docking of bridge formwork at the construction site, protection of ancient buildings and cultural relics, industrial application expansion, etc. 

2. It is extensible terrestrial laser scanner.

HS1200 terrestrial laser scanner has the reserved GNSS interface, WiFi interface and camera interface. It can be used as fixed scanning in most scenarios. It can also realize vehicle-mounted scanning mode, that means HS1200 scanner can be placed on mobile platforms such as cars to quickly switch between vehicle-mounted scanning mode and fixed scanning model after hardware expansion.

3. It is a terrestrial laser scanner with full autonomy.

Hi-Cloud has a strong R & D, technical and marketing team with more than 150 team members, of which more than 70% of the core R & D team members have master's and doctor’s degrees.They have been engaged in the research and application of 3D laser scanning technology , the development of spatial information and digital technology and the application of multi-sensor integrated system for long time. HS1200 terrestrial laser scanner is independently developed by Hi-Cloud with its own core technology and independent intellectual property rights.

Parameters of HS1200 terrestrial laser scanner

Application fields of HS1200 terrestrial laser scanner

1. Building facade measurement

Traditional building facade measurement uses prism-free total station to obtain 3D point coordinates of key positions of buildings, combined with measuring tape and rangefinder to measure the detail dimensions, manual sketch, and uses high-definition camera to take pictures of building facade texture. The emergence and development of 3D laser scanning measurement technology overcomes the limitations of traditional building facade measurement method. It is no longer a measurement mode of building length, width and height by using tape measure, rangefinder and other simple tools, but it is a high efficient measurement method that can scan buildings quickly and accurately without contact, at the same time, the obtained point cloud information is quickly transformed into data that can be processed by computer.

2. Protection of ancient relics

The point cloud formed by scanning the building with a 3D laser scanner can help us complete the results of elevation drawing (plan, elevation and section), 3D model components, basic dimension measurement and so on. During the acceptance of new buildings, the accurate and detailed 3D model can be obtained by scanning the buildings, so as to complete the construction quality detection through calculation or comparison, so as to transform the traditional feature point quality detection into overall detection. According to the purpose and requirements of project implementation, the 3D laser scanner point cloud model can generate elevation, plan, isogram, projection, perspective, etc., which can provide efficient management, query and analysis functions for the digitization of ancient building surveying and mapping results, and finally establish the ancient building protection project management system.

3. 3D model digitization

After digital earth and digital city, smart city and digital twin have become new development directions. Many functional departments have begun to study the future development trend of 3D model. Different from traditional data acquisition methods, HS1200 terrestrial laser scanner has the characteristics of high efficiency, long range and high precision, and can provide accurate data support for 3D digitization.

4. Topographic mapping

HS1200 terrestrial laser scanner can reflect the 3D shape information of the surface of the measured target object in the form of high-precision and high-density discrete point cloud, and then process the point cloud scanning data to extract the vectorized 3D spatial shape information of the target object.

5. Mine survey

The modern task of mine survey is to collect, store, process, display and utilize the ground and underground space, resources (mainly mineral and land resources) and environmental information in the mining area at all stages of mine exploration, design, development, production and operation, so as to serve the rational and effective development of resources, protection of resources, protection of environment and environmental governance, serve the sustainable development of industrial and mining areas.HS1200 terrestrial laser scanner has a maximum measuring range of 1200m, which can liberate the labor force in the operation task of mine measurement, and the active measurement method can ensure the life safety of production personnel.

6. Geological hazard investigation

This data acquisition method using HS1200 terrestrial laser scanner has the advantages of no need to bury monitoring equipment in advance, non-contact measurement, fast operation speed and high measurement accuracy. It can timely reflect the overall shape of hidden geological disaster areas. It is more suitable for large-scale geological disaster monitoring and has certain practical significance and application value.