SLAM2000 is another innovative industry-level handheld laser scanner developed by Feima Robotics. This device utilizes a hemispherical non-repetitive scanning laser sensor, combined with a rotating gimbal, to achieve a 720° panoramic point cloud coverage with no blind spots. With the addition of a visual camera and the incorporation of visual SLAM algorithms, it effectively enhances adaptability in weakly structured scenes for 3D reconstruction.
Equipped with Feima’s industry-level SLAM algorithms, it truly achieves exceptional adaptability in various scenarios and high-precision real-time mapping, offering an efficient and accurate solution for 3D mobile measurement needs.
Three Major Upgrades
Introducing Visual SLAM for Enhanced 3D Mapping
For the first time, SLAM2000 introduces a visual camera, along with a newly developed visual SLAM algorithm. This combination enhances the number of matching feature points on top of laser-based SLAM, effectively preventing errors caused by structural repetition or mismatching. This significantly improves the mapping capabilities in scenes with weak structural features, greatly expanding the range of scenarios in which SLAM2000 can be applied.
The processing algorithms have undergone a comprehensive upgrade
SLAM2000 features a comprehensive upgrade of its SLAM algorithm, resulting in higher mapping robustness and the ability to output more precise data, enabling efficient and high-precision scene data transformation. Additionally, the color optimization algorithm has been enhanced for different scenarios, delivering even clearer and more detailed true-color point clouds.
Comprehensive Functionality Upgrade to Meet the Needs of Multiple Industries
SLAM2000 is equipped with a high-performance computing module, allowing real-time mapping during data collection, achieving a “see as you go, get what you see” capability. In addition, SLAM2000 supports not only handheld and backpack modes but also tripod-based stationary scanning, enabling the acquisition of higher-density and higher-precision point cloud data to meet the diverse needs of various industries.
Six Key Features
Carefully Crafted with High-Performance Hardware
SLAM2000 incorporates industry-level laser radar with a 200kHz point frequency, providing a measurement range of up to 70 meters and delivering non-repetitive point cloud data with even density. Combined with a 360° rotating platform, it achieves a 720° panoramic laser scanning. It features two 1-inch CMOS sensors for high-definition wide-angle cameras, separately utilized for colorization and visual SLAM, resulting in clearer image quality. The device includes Feima’s in-house high-precision inertial navigation chip, significantly enhancing output accuracy. It is equipped with a high-performance computing core featuring a 6T NPU for real-time mapping. Additionally, it utilizes a 512GB built-in high-speed storage chip, ensuring more stable data storage.
high-precision output results
Thanks to its self-developed high-precision inertial navigation chip, SLAM2000 can effectively suppress cumulative errors during data acquisition. The comprehensive optimization of radar calibration algorithms and the continuously upgraded industry-standard SLAM algorithms ensure that SLAM2000 delivers high-precision three-dimensional results in various application scenarios.
Real-time mapping algorithm data efficiently transformed
Equipped with high-performance computing cores, SLAM2000 is capable of real-time mapping during data collection and can directly output result data upon completion of data collection. It can be applied to high-demand scenarios such as emergency rescue where timeliness is crucial.
Multi-extension compatibility for a wider range of scenarios
SLAM2000 is equipped with various external interfaces, including Type-C and aviation plugs. It supports external power, S-RTK100, backpacks, and other expansion modules, meeting a wide range of user application needs.
Replaceable smart battery handle
SLAM2000 utilizes a safer 3000mAh replaceable smart battery handle, ensuring continuous stable operation for 95 minutes. Charging is done through a Type-C interface, and it comes with a standard 65W fast charging device, ensuring efficient power supply for SLAM2000.
Case analysis
