Hi-Cloud, a leader of 3D laser scanning technology.
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| Place of Origin: | China |
| Brand Name: | Hi-Cloud |
| Certification: | ISO, others upon the requests |
| Model Number: | 3D LiDAR HiSLAM |
| Minimum Order Quantity: | 1 |
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| Price: | Negotiable |
| Packaging Details: | Transport Case |
| Delivery Time: | 20 working days |
| Payment Terms: | T/T |
| Supply Ability: | 20 sets/month |
| Application: | Forest Resource Survey | Battery Life: | ＞4h |
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| Operation Mode: | Handheld/Backpack | Weight: | ＜2.5KG（handheld Host） |
| System Accuracy: | ≤10cm | Measurement Range: | 120m@20% |
| Highlight: | Multi Mode 3D LiDAR SLAM,Multi Mode HiSLAM,HiSLAM For Forest Resource Survey |
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120m range 2.5kg multi mode HiSLAM 3D LiDAR in forest resource survey
As the main means to master the current situation and development of forest resources, forest resources survey is of great significance to the management of sustainable forest resources. The traditional forest survey technology is relatively backward and extensive. Investigators need to go deep into the hinterland of the forest, with high labor intensity and unpredictable risks. The acquisition of forest parameters depends on field sampling and field measurement by field operators, and the means used are only limited to relatively original measuring instruments such as handheld altimeter, DBH ruler and tape measure. Traditional technology is time-consuming and laborious, and can only obtain the information of small-scale forest area, and the investigation scope is not comprehensive. The rapid development of remote sensing technology brings hope for the realization of efficient and large-area forest resources investigation. However, due to the reality that optical remote sensing images can not "penetrate" the forest canopy and obtain forest vertical structure information, the available effective stand parameters are limited. With the gradual maturity of LiDAR technology in the field of forestry application, a breakthrough has been made in quantitatively obtaining forest tree height, DBH, forest volume and other parameters that are difficult to obtain by traditional remote sensing methods.
HiSLAM 3D laser scanner can quickly switch to backpack mode. For the weak GNSS signal environment of forest land, it can also realize the rapid scanning of point cloud data of large area of forest land even without GNSS signal. In addition, the mature stand parameter point cloud data processing algorithm can realize automatic segmentation of single tree point cloud, and rapid extraction of single tree height, DBH, crown width and other parameters. Thus it provides a new investigation method for efficient investigation of forest resources.
Specification of HiSLAM 3D laser scanner
| System Accuracy | ≤10cm(outdoor absolute accuracy) |
| ≤10cm(indoor relative accuracy) | |
| Measurement Range | 120m@20% |
| Scanning Point Frequency |
300,000points/s |
| Panoramic Camera | ≥12MP |
| Data Storage | 512GB SSD |
| Data Transmission | GigE/USB3.0 |
| Operation Temperature |
-10-50℃ |
| Operation Humidity | < 85% |
| System Weight | ＜2.5KG(handheld host) |
| Battery Life | ≥4h |
| Operation Mode | Handheld/Backpack |
Advantages of HiSLAM 3D laser scanner
1. High reliability: high degree of productization, stable and reliable system
2. High intelligence: seamless integration of point cloud an panorama
3. Integration: highly integrated, indoor and outdoor integration
4. High accuracy: high point cloud density, high point recognition rate, high measurement accuracy
5. Easy transportation: small size, light weight, convenient transportation
Contact Person: lfang
Tel: +8618627169816
