According to the latest notice issued by the Department of Industry and Information Technology of Guangdong Province, titled “Notice on Soliciting Typical Application Scenarios for ‘Robotics+’ Initiatives” , the Office of the Leading Group for the Innovation and Development of the Artificial Intelligence and Robotics Industry in Guangdong Province has recently announced the First Batch of 2025 “Robotics+” Typical Application Scenarios.
In this announcement, after a rigorous evaluation by a panel of experts, LSLiDAR’s 3D SLAM unmanned forklift solution for intelligent handling and smart warehouse logistics was successfully selected for inclusion in the first batch of typical application scenarios, thanks to its outstanding technological advantages and remarkable application performance.
This initiative focuses on the deep integration and industrial demonstration of “Robotics+” across key sectors. Its core objective is to accelerate the widespread adoption of robotics technologies in crucial fields such as industrial manufacturing and commercial logistics, thereby facilitating the intelligent upgrade of the industry.
LSLiDAR’s 3D SLAM unmanned forklift, powered by globally leading 3D SLAM positioning and navigation technology, effectively overcomes key pain points of traditional solutions relying on reflectors, QR codes, and 2D SLAM. These systems are often limited by deployment complexity, high cost, and poor adaptability to outdoor environments.
The forklift integrates a multi-sensor fusion perception system, high-precision intelligent recognition algorithms, 3D all-around perception and obstacle avoidance safety system, and an FMS fleet management system. Backed by robust hardware and software capabilities, as well as extensive project experience, LSLiDAR’s 3D SLAM unmanned forklifts have broken through the limitations of both indoor and outdoor complex scenarios. They have been widely applied across industries such as automotive electronics, textiles, consumer electronics, and pharmaceuticals, with over 400 successful deployments to date. The solution demonstrates outstanding performance in terms of technological advancement, application maturity, and scalability, making it a powerful model for industry adoption.
Being selected as one of Guangdong’s “Robotics+” typical application scenarios is a strong endorsement of LSLiDAR’s technological strength and practical achievements in the field of unmanned forklifts. Yet, LSLiDAR is not resting on its laurels. On one hand, we will continue to deepen the role of 3D SLAM unmanned forklifts in empowering intelligent manufacturing and smart logistics. On the other hand, we will actively expand our core technologies into the domain of humanoid and embodied intelligent robots, striving to build a comprehensive “smart technology toolkit” that delivers powerful and holistic support for the next stage of industrial transformation.
