T05 High Accuracy 3D LASER SCANNER
Lightweight & Exquisite , Easy scanning
The new generation of terrestrial 3D laser scanner T05 : The overall design of the system is ultra-light and compact, with a unique built-in sensor integration design that ensures the rapid and effective acquisition of high-precision true color point clouds under different application scenarios, leading a new development direction of the terrestrial 3D laser scanner. and can be widely used in the fields of BIM, underground, digital plant, industry survey, mining survey, tank calibration, infrastructure management and so on.
Product Features
The overall design of the system is extremely lightweight, and a variety of sensors are highly integrated, which can ensure the rapid and effective acquisition of high-precision true color point clouds under different application scenarios, and lead a new development direction of the terrestrial 3D laser scanner.
High Integration
With three embedded high-definition cameras and one smart battery.
Intelligent Workflow
Once click to collect data, it can calculate and splice data automatically.
High Accuracy
5mm point cloud accuracy and pixel level colorization.
SYSTEM PARAMETER
- System Parameter
- Laser Scanning Unit
- Operation Performance
- Embedded Camera
Weight | 3.75Kg |
Dimension | L125 x W124 x H265mm |
Average Power Consumption | 20W |
Battery Duration① | 2hr for single battery |
FoV | Horizontal 360°,Vertical 268° |
Data Storage | U-Disk 64GB |
Operating Temperature | -10℃~50℃ |
Storage Temperature | -20℃~60℃ |
Compatible Platform | Aluminum alloy tripod:Weight 1.92kg; Safeload 8kg ; max. Height 1.49m |
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Scan Principle | ToF |
Laser Class | Class I |
Wavelength | 905nm |
Measurement Range | 0.5m ~ 100m@20% |
Scanning Point Frequency | 320,000pts/s |
Precision② | 1cm@100m⑤ |
Ranging Accuracy③ | 5mm@10m,8mm@30m,1cm@100m⑤ |
Minimum Data Collection Time | 60s |
Point Density④ | 10m: >25000pts/m² 30m: >3200pts/m² 100m: >300pts/m² |
FoV | 360° |
Image Resolution | 66MP |
Note:
① Tested at 25℃~27℃, charging time and duration will vary depending on conditions;
② Precision:it may be affected by the distance to the target, the ambient temperature and the reflectivity of target. The typical value is the average value of the thickness collected by multiple devices within the range of 0.5~100m, the ambient temperature is 25℃ and the target is a flat wall.
③ Ranging Accuracy: it may be affected by the distance to the target, the ambient temperature and the reflectivity of target. The typical value is the average value measured by each channel within the range of 0.5~70m, when the outdoor ambient temperature is 30℃ and the reflectivity of target is 50%;
④ Point Density: it may be affected by the distance to the target, the ambient temperature and the reflectivity of target. The typical value is the average value of point density of multiple devices within the range of 0.5~100m, when the ambient temperature is 25℃ and the target is a flat wall;
⑤ All values based on 1σ.