Geek+ Goods-to-Person solution uses P series robots to move the inventory shelves and pallets to the picking station, completely eliminating the redundant walking of the picking workers, improving the accuracy of the picking, and reducing labor intensity. Compared to manual picking, the picking efficiency is improved by 2 to 3 times.
Empowered by Geek+ proprietary smart algorithms, and the picking system uses the fewest robots to achieve maximum efficiency while improving the warehouse storage capabilities.
The main functions include:
The Geek+ RoboShuttle™ bin-to-person picking solution can achieve high-density storage by using the innovative Geek+ C200 and narrow aisle design, while maintaining high efficiency.
The standard 9-meters warehouse can store 18-layer 3.50m high-cargo boxes and 24-layer 2.5m high-cargo boxes, fully utilizing the warehouse space.
The Geek+ RoboShuttle™ system was certified as "Best of Intralogistics 2020" by the world-renowned IFOY award, one of the industry's most prestigious recognitions. Compared with the traditional shuttle system, RoboShuttle has higher flexibility, efficiency and return-on-investment.
The AislePick™ order-to-person picking system uses A-series robots to assist the worker by carrying the order boxes to the picking station, saving 30% to 50% in labor cost and improving picking efficiency by 150% to 200%. It requires low initial investment and generates rapid ROI.
Geek+ SLAM navigation technology enables safe operation in a mixed man-machine environment. The system is highly flexible and can be quickly deployed within one week without changing the existing warehouse layout. Additional robots are added at any time.
Geek+ Picking System is suitable for small- to medium-sized parts picking by bin and by piece, applicable to e-commerce, retail, third-party logistics, apparel, pharmaceutical, 3C, automobile manufacturing, and many other industries. Geek+ offers a full range of solutions covering all customer requirements.
Small- to medium-sized parts picking
High-density storage capacity