Through autonomous mobility and SLAM navigation, SAMiR®-ARM can perform loading and unloading tasks in complex production environments. The flexibility allows to adapt to different production layouts and task requirements, thereby enhancing production efficiency. SAMiR®-ARM ensures safe and efficient transportation by real-time environment perception, motion planning and obstacle avoidance.
The SAMiR® series provides innovative solutions in artificial intelligence and robotics research. Equipped with advanced sensors, the SAMiR® series contributes to the development of new environment perception algorithms, autonomous navigation and efficient path planning algorithms for complex environments, as well as collaborative work and control between robots and other intelligent agents. The SAMiR® can also address multi-agent task planning and intelligent scheduling, along with self-learning and task optimization algorithms. In many scientific research, the SAMiR® series can be utilized for autonomously handling of samples, alleviating the operational burden on researchers.
SAMiR® provides innovative solutions in the field of customized robots. With its autonomous mobility and flexible capabilities, SAMiR® can used to build personalized robots for education and industry to meet the diverse needs. Its intelligent navigation and perception technologies enable adaptation to various research and industrial environments, allowing real-time collision avoidance and path planning. SAMiR® can also integrate with other SLAM technologies, offering a more comprehensive platform for the development of indoor robotic logistics applications.