Karst caves are fascinating natural formations that have captivated explorers and scientists for centuries. These underground wonders are known for their intricate networks of tunnels, chambers, and unique geological features. However, mapping and studying these caves have always posed challenges due to their complex and often inaccessible nature.

Enter Slam100, a revolutionary technology that has revolutionized the way we scan and gather accurate 3D spatial information of karst caves. Slam100 is a state-of-the-art scanning system that combines simultaneous localization and mapping (SLAM) technology with advanced imaging techniques. This cutting-edge system allows researchers and explorers to capture detailed and precise data of karst caves, enabling a deeper understanding of their geomorphological features.

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 rapid and 
effective acquisition of high-precision true color point clouds under different application scenarios, 
leading to a new development direction of the terrestrial 3D laser scanner. and can be widely 
used in the fields of BIM, underground, digital plants, industry surveys, mining surveys,
 tank calibration, infrastructure management, and so on.

Slam100 can reproduce a forest farm base in a real scene. The forest base is right on the edge of the no-fly zone and cannot use drones for aerial modeling. So Slam100 came in handy. 
From the video, we can see the upper part is the 3D point cloud real scene effect and the lower part is the 3D model drawn based on the point cloud. The 3D scene display effect after reverse modeling based on the SLAM point cloud data. You can carry out follow-up planning and construction, sunshine analysis, and other work on this model.

From May 24th to May 26th, the 4th Japan Construction Measurement Productivity Improvement Exhibition (CSPI EXPO) was grandly held at the Makuhari International Convention and Exhibition Center in Tokyo, Japan. The D2000S multi-rotor drone system and SLAM100 handheld lidar scanner have been shown. The instrument, D-LiDAR2100 lidar, S-RTK100 multi-functional portable RTK module, and S-PACK100 lidar backpack platform made a wonderful appearance at the Tokyo venue. This is also the second time that we follows the North American Geographic Information Week GEO WEEK in Denver, USA in February 2023. Go abroad and display and communicate with overseas users.

DV-LiDAR10 uses domestic long-range surveying and mapping grade lasers with independent intellectual property rights, integrates a 42-megapixel full-frame camera and Foxtech Robot’s self-developed high-precision POS system, and can be mounted on the Pegasus D20 hexacopter platform and V10 vertical take-off and landing Fixed wing platform. Combined with the point cloud one-stop solution of Foxtech Robot's "UAV Manager (Surveying Edition)", customers can enjoy a set of aerial survey solutions with high efficiency, high precision, high reliability and low maintenance cost.

D-LiDAR2110&2210 is another series of miniature airborne lidar payloads developed by Foxtech Robot based on its own MTC technology. This series of equipment continues the design concept of Foxtech Robot's micro-airborne lidar payload. It uses limited hardware and high-precision algorithms to create a highly reliable and low-cost engineering tool to provide customers with high-precision and high-quality surveying and mapping results.

D-OP5000 is a five-lens tilt photography module with a 126-megapixel APS-C format independently developed by Foxtech Robot. Compared with the previous generation product, the performance of D-OP5000 has been fully upgraded, with more outstanding imaging quality, more efficient and faster internal and external processing efficiency, and combined with the Foxtech Robot intelligent flight platform, the oblique photography application experience has been fully upgraded.

SLAM2000 is another industry -grade laser scanner innovatively developed by Foxtech Robot. This device uses a hemispherical non -heavy -modularly scanning laser sensor, combined with rotating gimbal platforms to achieve 720 ° without dead angle cloud coverage; new visual camera can be added to introduce visual SLAM algorithms, which can effectively enhance the three-dimensional reconstruction adaptability of weak structural features; Foxtech Robot industry -grade SLAM algorithm, truly realizes super free scene adaptation and high -precision sweeping and fast construction, providing efficient and accurate solutions for 3D mobile measurement requirements.

Handheld LiDAR devices are compact, portable systems designed to capture 3D point cloud data without relying on GNSS signals. These tools use advanced LiDAR technology and SLAM algorithms to perform real-time scanning and visualization, making them suitable for both indoor and outdoor environments. Most models feature 360° rotating gimbals for wide coverage and are equipped with smart battery systems to enable continuous operation using a dual-battery setup.