The core components of the system are independently developed, with an extremely compact overall design that includes sub-systems such as core laser scanning, POS and aerial survey camera. With its high precision, high point density, and high integration capabilities, it will undoubtedly become the first choice for professional aerial surveying customers.
The new generation of terrestrial 3D laser scanner EasyScan T10: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.
The system integrates a variety of sensors such as LiDAR,GNSS,high-precision IMU and aerial metric camera. With the distributed structure first introduced in the industry and special accessories,it can be disassembled into 4 different independent modes of fully aerial survey (LiDAR+camera),SLAM,airborne LiDAR and airborne camera.One device, multi-purpose,can easily meet the requirements of different standards of data acquisition under different scenarios.
A new generation of airborne LiDAR system EasyScan W30: The system highly integrates various sensors such as LiDAR, GNSS, high-precision IMU, and professional aerial survey cameras with the ultimate integrated design concept, enabling easy loading and unloading, efficient control, and intelligent solutions. It brings customers a simple aerial survey experience with fully detailed 3D terrain data. It can be widely used in smart grid, topographic survey, emergency rescue, smart mining, water conservancy and hydrology, nature resource, and real 3D.
The long range 3D laser scanner is designed and developed independently. The whold system is compact and portable, which can collect the 3D data of the ground in a wider range quickly, to ensure the high-quality point cloud collection even in complex and challenging environments.