The model numbers for the DE Laser series reflect the angle accuracy and have a common feature. The laser line is well visible even under 200m. A large LCD display allows you to observe horizontal and vertical angles simultaneously. Other standard features include a horizontal zero-angle set, automatic power-off to save batteries, and a battery life indicator on the LCD display.

• Good visibility of the laser line.
• Large LCD screen.
• The independent Lilt sensor can be automatically corrected.
• More comfort when the instruments are combined with diagonal ocular.
• International common functions are adopted so that the operation is simple and standard.
• Connected with the electronic book, the data is automatically recorded and the maps are processed automatically.

This series uses a unique spindle processing technology, and thanks to its flexible fuselage and track record of high-precision measurements, it has improved seismic resistance and water resistance, and is applied to civil engineering fields such as civil engineering, construction, water use, and shipbuilding.

This series uses a unique spindle processing technology, and thanks to its flexible fuselage and track record of high-precision measurements, it has improved seismic resistance and water resistance, and is applied to civil engineering fields such as civil engineering, construction, water use, and shipbuilding.

This series uses a unique spindle processing technology, and thanks to its flexible fuselage and track record of high-precision measurements, it has improved seismic resistance and water resistance, and is applied to civil engineering fields such as civil engineering, construction, water use, and shipbuilding.

This series uses a unique spindle processing technology, and thanks to its flexible fuselage and track record of high-precision measurements, it has improved seismic resistance and water resistance, and is applied to civil engineering fields such as civil engineering, construction, water use, and shipbuilding.

1. Absolute encoding angle measurement system.
2. Special design with single horizontal spindle cross telescope,
3. The horizontal and vertical spindles are concentric.
4. Laser center point is convenient for work.
5. Excellent waterproofing function that won't bother you with bad weather.
6. The laser line has good visibility.
7. Large LCD display.
8. Independent light sensors can be automatically corrected.
9. It's even more convenient when combined with diagonal eyepieces.
10. It uses a common international functional mode, providing simple and standard operability.
11. By linking with e-books, data is automatically recorded and maps are automatically processed.

High definition optical system with a wider range of view

This series uses top-level technology to improve impact resistance and drop resistance. Magnetic damping automatic level compensators can automatically compensate for slight tilt, temperature changes and mild impacts, without affecting the stability of the equipment. It also has simple horizontal angle measurement and distance measurement functions, making it suitable for applications in all civil engineering fields, such as civil engineering construction and water supply construction.

This series uses top-level technology to improve impact resistance and drop resistance. Magnetic damping automatic level compensators can automatically compensate for slight tilt, temperature changes and mild impacts, without affecting the stability of the equipment. It also has simple horizontal angle measurement and distance measurement functions, making it suitable for applications in all civil engineering fields, such as civil engineering construction and water supply construction.

gAirHawk UAV LiDAR Scanner is a kind of short-range, compact LiDAR point cloud data acquisition system, integrated HESAI XT laser scanner, GNSS and IMU positioning and attitude determination system, and storage control unit, is able to real-time, dynamically, massively collect high-precision point cloud data and rich image information. It is widely used in the acquisition of 3D spatial information in surveying, electricity, forestry, agriculture, land planning.