Menu
The T150 features a lightweight design with a high-precision ranging system and an integrated HDR panoramic imaging system, enabling rapid acquisition of dense 3D point clouds with high-resolution color texture.
01 From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
02 From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
03 From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
04-From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
From field acquisition to final deliverables, EPiC software streamlines point cloud processing with efficient registration, colorization, classification and data export workflows.
| 01 Wave Length | NIR |
| FoV | Horizontal 360°; Vertical 300°(-60°~+90°) |
| Maximum Vertical Rotation Speed | 100 lines/sec |
| Maximum Pulse Repetition Rate | 1.2MHz |
| Range | 0.5~150m |
| Precision(1σ) | 1.5mm@50m; 2.5mm@100m |
| Accuracy(1σ) | 2mm@50m; 3mm@100m |
| Tilt-compensation | Dual-axis +5° |
| Inertial Navigation System | MEMS IMU |
| 02 Wave Length | NIR |
| FoV | Horizontal 360°; Vertical 300°(-60°~+90°) |
| Maximum Vertical Rotation Speed | 100 lines/sec |
| Maximum Pulse Repetition Rate | 1.2MHz |
| Range | 0.5~150m |
| Precision(1σ) | 1.5mm@50m; 2.5mm@100m |
| Accuracy(1σ) | 2mm@50m; 3mm@100m |
| Tilt-compensation | Dual-axis +5° |
| Inertial Navigation System | MEMS IMU |
| 03 Wave Length | NIR |
| FoV | Horizontal 360°; Vertical 300°(-60°~+90°) |
| Maximum Vertical Rotation Speed | 100 lines/sec |
| Maximum Pulse Repetition Rate | 1.2MHz |
| Range | 0.5~150m |
| Precision(1σ) | 1.5mm@50m; 2.5mm@100m |
| Accuracy(1σ) | 2mm@50m; 3mm@100m |
| Tilt-compensation | Dual-axis +5° |
| Inertial Navigation System | MEMS IMU |
| 04 Wave Length | NIR |
| FoV | Horizontal 360°; Vertical 300°(-60°~+90°) |
| Maximum Vertical Rotation Speed | 100 lines/sec |
| Maximum Pulse Repetition Rate | 1.2MHz |
| Range | 0.5~150m |
| Precision(1σ) | 1.5mm@50m; 2.5mm@100m |
| Accuracy(1σ) | 2mm@50m; 3mm@100m |
| Tilt-compensation | Dual-axis +5° |
| Inertial Navigation System | MEMS IMU |
Copyright © 2026 All Rights Reserved
