- 3D laser scanner
UCL360 PRO
High precision over medium to long distances, with coverage up to 100 meters.
The PRO series of medium-to-long-range high-precision scanners, equipped with proprietary high-precision radar and a high-precision turntable, are capable of measuring facades, bridges, and large venues.
Feature
Key Highlights
The UCL360PRO is a high-precision 3D laser scanner designed specifically for professional-grade spatial data acquisition. With millimeter-level accuracy and a point cloud thickness of only 3mm, it can accurately reproduce architectural structures and complex components—from minute edge details to tiny deformation deviations, everything is rendered with exquisite detail. The device employs a smart point cloud simplification algorithm, eliminating redundant data without sacrificing accuracy, resulting in lighter, more efficient, and easier-to-process models. It is widely applicable in various fields such as cultural relic preservation, steel structure inspection, foundation pit monitoring, digital twin construction, criminal investigation, tunnel and bridge surveying, road engineering, and smart city construction.
- 100-meter measurement range
- Self-developed high-precision radar
- High-precision integrated turntable
- Outdoor strong light stabilization operation
Millimeter precision, every detail is captured.
The UCL360Pro emits up to 500,000 laser points per second, constructing millimeter-level point clouds with a relative accuracy of 1.5mm, enabling precise reproduction of architectural structures and complex components. Whether it's corner details or minute deviations, everything is clearly captured and accurately presented.
UCL360PRO
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Other brands
3mm point cloud thickness, precision within reach
The UCL360Pro generates point clouds with a thickness of only 3mm, constructing clearer and purer data models. The high-density point cloud reveals every detail of the real scene, providing both macroscopic coverage and microscopic insight, empowering applications across all scenarios, from construction monitoring to digital twins.
Extraordinary in its extreme thinness
3mm
Intelligent point cloud thinning: a balance between detail and lightweight design.
The UCL360Pro features an advanced point cloud thinning algorithm that intelligently eliminates redundant points without sacrificing accuracy, making data lighter, faster, and easier to use. It adapts to diverse scenarios, from rapid on-site modeling to large-scale post-analysis, truly realizing "lightweight data, heavyweight value."
Before point cloud thinning
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After point cloud thinning
Point cloud arrangement
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Other brands
UCL360 SE Technical Specifications
|
UCL360 PRO 200 |
UCL360 PRO 100 |
|
|---|---|---|
| Scan radius |
200m |
100m |
|
Scan speed |
500,000 points/second |
500,000 points/second |
|
Distance measurement accuracy |
±1.5mm |
±1.5mm |
Applicable Scenarios
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UCL360SE
Short distance, high precision, the first choice for actual measurement.
This short-range, high-precision 3D laser scanner is designed specifically for indoor measurement and can complete a single-room scan in just 3 minutes with one-button operation, making intelligent measurement readily accessible.
- Actual measurement
- Indoor Measurement
- Quality control
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UCL360S
Medium-range high precision, versatile for multiple scenarios
The medium-range, high-precision 3D laser scanner is suitable for various indoor and outdoor working scenarios and is widely used in civil engineering, electromechanical, and curtain wall measurement.
- Mid-range
- Civil engineering surveying
- Electromechanical Measurement
- 3D laser scanner
Nano360
Medium-range high precision, portable
The equipment is lightweight and portable, requiring only one person to operate. The single-station scanning time is no more than 30 seconds, and it can quickly obtain high-precision, high-density 3D point cloud data.
- Mid-range
- Portable
- Electromechanical Measurement
- 3D laser scanner
UCL360 2GO Air2
Handheld SLAM, scanning while walking
Handheld SLAM 3D laser scanners allow for large-scale spatial scanning without the need for stationary setups, making them particularly suitable for rapid modeling of irregularly shaped spaces and large scenes.
- ultralight
- Rapid modeling
- rapid site survey