MOQ: | 1 set |
Price: | Contact us |
Standard Packaging: | Tool Case |
Delivery Period: | 2 weeks |
Payment Method: | L/C, T/T |
Supply Capacity: | 100 Sets/ Month |
Attribute | Value |
---|---|
Measurement Range | 0.5~100m@20% |
FoV | Horizontal 360°, Vertical 268° |
Accuracy | 5mm@100m |
Weight | 3.7kg |
Point Cloud Density | 10m: >25,000 pts/㎡ |
HDR Imaging | Yes |
Ranging Accuracy | 3mm@100m |
Laser Class | Class I |
Wavelength | 1550nm |
EPiC EliteScan T1000: Powerful LiDAR For Extended Range And Accuracy
A fully independently developed long-range 3D laser scanner features a compact and portable design, capable of quickly capturing extensive surface 3D data. It ensures the acquisition of high-fidelity 3D laser point clouds, even in a variety of complex conditions.
Designed for challenging environments, the T1000 captures high-fidelity 3D data at distances up to 1400m. With advanced pulse ranging and millimeter accuracy, it's well-suited for mine monitoring, metrology, and industrial applications.
System Parameter | Value |
---|---|
Weight | 7kg |
Main Dimensions | L210*W163*H270mm |
External Power Supply | Input Voltage 18~33V DC |
Power Consumption | Typical 50W |
Data Communication Interface | GigE |
Humidity | 80%, Non-condensing |
Operating Temperature | -20°C~+50°C |
Storage Temperature | -30°C~+60°C |
Dual-axis Tilt Sensor Range | ±5° |
Laser Scanning Unit | Value |
---|---|
Ranging Method | Pulse Ranging |
Laser Class | Class I |
Laser Pulse Repetition Rate | 00~2000 kHz |
Max. Measuring Range | 1400m |
Min. Measuring Range | 1.5m |
Ranging Precision | 3mm@100m |
Accuracy | 5mm@100m |
Vertical FoV | 100°(-40°~+60°) |
Horizontal FoV | 360° |
Scanning Speed | Vertical:3-150 lines/sec Horizontal:max.18°/sec |
Angle Measurement Resolution | 0.001° |
Excellent ranging ability, max. measurement range up to 1400m.
Millimeter accuracy 5mm@100m, with more precision data details.
Developed with independent intellectual property rights, upgrade guaranteed.
Supports customized integration and SDK.
EliteScan T1000 was Applied to Mine Monitoring in China