Feima SLAM 2000 Handheld Scanner: Innovating 3D Mapping, Reshaping Scenes and Rebuilding New Benchmarks
Feima SLAM 2000 Handheld Scanner: Innovating 3D Mapping, Reshaping Scenes and Rebuilding New Benchmarks
Shanghai, China, April 8, 2025-In the wave of continuous breakthroughs in 3D mapping and scene reconstruction technology, Pegasus Robot Technology Co., Ltd. (hereinafter referred to as "Pegasus Robot") officially launched its flagship product-Feima SLAM 2000 Handheld Scanner. With millimeter-level accuracy, 720 ° non-dead angle scanning and real-time mapping capability, this equipment has become a revolutionary tool in the fields of underground space mapping, emergency rescue, ancient building protection, etc., redefining the industry standard for mobile 3D scanning.
Technological innovation: 720 ° panoramic coverage, "perspective eye" of weak structure scenes"
Feima SLAM 2000 is equipped with a hemispherical non-repetitive scanning laser sensor, combined with a 360-degree rotating pan-tilt, to achieve a 720-degree panoramic laser field of view, ensuring omni-directional and multi-angle data acquisition. Its newly added 12 million-pixel visual camera is deeply integrated with the visual SLAM algorithm, and feature points can still be accurately extracted in weak texture and repetitive structure scenes (such as caves and underground garages) to avoid matching errors. After testing, the relative accuracy of the equipment in real-time scene is ≤ 3cm, the post-processing accuracy is increased to ≤ 2cm, the thickness of point cloud is ≤ 2cm in real time, and the post-processing is ≤ 1cm, which meets the requirements of surveying and mapping level accuracy.
Efficient Jobs: Real-Time Mapping and Multi-Mode Extension
Feima SLAM 2000 supports the real-time mapping function. Maps are constructed synchronously during data collection, and the result data can be output after data collection is completed, which significantly improves the efficiency of time-sensitive scenarios such as emergency rescue and real-time mapping. The device is equipped with a replaceable lithium battery handle, which lasts about 95 minutes to meet the needs of long-term operations. In addition, its rich expansion interface supports external RTK, backpack, power supply, tripod and other equipment, can flexibly switch handheld, backpack, static station mode, adapt to complex operating environment.
High Precision Guarantee: Multi-sensor Fusion and Algorithm Optimization
In order to ensure high-precision mapping, Feima SLAM 2000 has a built-in high-precision inertial guidance chip, which effectively suppresses accumulated errors, and adopts Pegasus industry-grade SLAM algorithm and high-precision radar calibration algorithm to further improve the accuracy of laser sensors. At the same time, the equipment is equipped with a 1-inch CMOS sensor color camera, and the resolution of the obtained ground texture information reaches 12 million pixels. Combined with the color algorithm optimized for surveying and mapping scenes, the color point cloud is generated more clearly and delicately.
Application scenario: from underground to high altitude, global coverage
The Feima SLAM 2000 has demonstrated outstanding performance in several areas:
Underground space: in a city underground pipe gallery surveying and mapping project, the equipment quickly completed the three-dimensional modeling of 1.2 kilometers of pipe gallery, with an accuracy of 2cm;
Emergency rescue: at the earthquake disaster site, two rows of vehicle point cloud collection in an area of 37 meters × 18 meters will be completed within 6 minutes, with license plate numbers and ground markings clearly visible;
Ancient building protection: static acquisition of a temple to generate a three-dimensional model with millimeter-level accuracy to provide data support for digital archiving and protection.
Ecological empowerment: hardware and software collaboration to create a one-stop solution.
Pegasus Robot synchronously launched SLAM GO POST Pro PC-side data processing software, which supports one-click SLAM mapping, coordinate conversion, point cloud color assignment and other functions, and provides point cloud browsing, editing, data roaming, measurement and other tools. The supporting SLAM GO mobile phone APP supports equipment parameter setting, real-time data viewing, firmware upgrade and maintenance and other operations to realize digital management of the whole process.
Industry recognition: authoritative certification and market response
Feima SLAM 2000 has passed the certification of high-tech enterprises, innovative small and medium-sized enterprises and ISO9001 quality management system, and won the honors of China's top 100 merchants in surveying and mapping geographic information industry and BIM innovation application pioneer enterprise in China's architectural decoration industry. Its customers cover surveying and mapping geographic information, architectural BIM and civil engineering, cultural heritage protection, digital factories and other fields, and have been successfully applied to major projects such as optical steel structure inspection of ski resorts for the Beijing Winter Olympics and digital archiving of the ruins of the Guangmen Museum.
Future Outlook: Continuous Innovation, Driving Industry Change
Pegasus Robot said that the launch of Feima SLAM 2000 is an important milestone in the company's strategy of "empowering the industry with technological innovation. In the future, Pegasus will continue to deepen the field of 3D vision, promote the in-depth application of high-precision 3D scanning technology in smart cities, industrial 4.0, cultural heritage protection and other fields, and help global customers realize digital transformation.
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About Pegasus Robot
Pegasus Robot Technology Co., Ltd. was established in 2015, focusing on the research and development and application of high-precision three-dimensional vision software and hardware. It has Grade B surveying and mapping qualifications and more than 500 R & D personnel, of which Shubo accounts for 45%. The company has been granted more than 300 patents and 188 software copyrights, covering 100 + countries and regions in the world.