Geek+ is an intelligent robot company shaping the smart logistics revolution. At Geek+, we develop autonomous mobile robots (AMRs) that handle various tasks, including picking, moving, and sorting. We've led the global AMR market share for three consecutive years, being declared the world's no.1 AMR leader. (Source: Interact Analysis)

P Series Picking Robots

Geek+ multiple-model picking robots, with their maximum load of 1200kg and their ability to reduce 50-70% of manual labor and increase picking accuracy to 99.99%, is the preferred choice for businesses looking to reduce costs and raise efficiency using automated warehouse robots. 



S Series Sorting Robots

Geek+ sorting robots are highly efficient, automated and flexible, achieving nearly 10 times the efficiency of traditional sorting systems; their multi-sensor safety obstacle avoidance features also ensure the safety of on-site implementation.



RS Series Robots

Geek+ RS- Series robots can improve picking efficiency by 2 to 3 times on average and they are flexible in their implementation, allowing for the desired addition or removal of robots according to customer requirements; they require little to no modification to project site and boast a short ROI cycle.



M Series Moving Robots

Geek+ M-Series moving robots have a maximum carrying load of 1000kg, and are supported by laser SLAM, QR code navigation and other navigation methods to ensure smooth, accurate and safe robot operations.



F Series Forklift Robots

Geek+ Smart Forklift Robots save up to 50-80% in manpower costs and are fully functional even in temperatures of negative 10 to 40 degrees; they have an average run time of 6-8 hours and are supported by safety LiDAR and 3D visualization to enable obstacle detection, achieving high safety standards.



A Series Collaborative Picking Robots

The collaborative picking robot can reduce the picking path distance and increase picking efficiency and accuracy, saving manpower by 30%-50%. With SLAM navigation, the robot is safe, flexible and man-robot collaborative.