RedBee Robot Co., Ltd. is a manufacturer specializing in the research, development and production of robots and AGV equipment used in the agricultural field. The company's pioneering Bench AGV transportation system can provide more efficient and reliable Bench transportation solutions for Bench planting customers. It can seamlessly interface with various equipment such as overhead cranes, wheeled lines, and Bench stacking, and its cost is much lower than that of wheeled line logistics. Laboratory robots can be used to replace manual work in the extraction experiments of crop DNA and RNA, and automatically interface with various equipment such as pipetting workstations, purification instruments, and dispensers. Traction AGV can provide automatic traction system solutions for greenhouse planting customers and support docking with automatic unloading lines and automatic doors. The company can provide customers with customized solutions for robots, machine vision and AGV in the agricultural field.

Currently, RedBee Robotics has implemented the world's first Bench AGV transfer system with 20 AGVs in the planting greenhouse of Tianjin Dongxin Flower Company (with a greenhouse area of 500,000 square meters, ranking second in the world and first in Asia). This system has been reported by CCTV and many other media outlets, and many leaders including the Mayor of Tianjin have inspected the project on multiple occasions.

Red Bee Robot has also undertaken the logistics system for the Yunnan Yingmao Yiliang Greenhouse Project. This greenhouse, with an area of 310,000 square meters, is the largest planting greenhouse in southwest China.

Multiple units of products have been sold to several clients, including Beijing Cuihu Agricultural Technology Co., Ltd., Ningbo Strategic Vegetable Supply Guarantee Base, and Beijing Shengsi Technology Co., Ltd.

Red Bee Robot is a national high-tech enterprise. It has obtained five invention patents, with another two invention patents under application, and seven software copyrights. It participated in the formulation of the national standard "Technical Requirements for Automatic Detection Systems for Surface Defects of Industrial Products" and the project "Construction of an Automated Platform for Multi-Gene Pyramiding Breeding Technology and Creation of New Vegetable Germplasm with Disease Resistance and Stress Tolerance" of the Beijing Municipal Science and Technology Commission.

The Bench AGV transportation system is composed of Bench AGV, a scheduling system, wheeled lines, light-duty overhead cranes, and a logistics transportation system. It is mainly used for fully automatic Bench transportation in greenhouses. The Bench AGV transportation system features strong robustness, low cost, high flexibility, high efficiency, and a high degree of automation.

Compared with the wheeled line transportation system, the Bench AGV system is safer, more reliable and has a lower operating failure rate. The traditional wheeled line logistics system generally has thousands of sensing and motion nodes, among which there are thousands of motion nodes. If a single node fails, the entire logistics system will fail. In contrast, the internal reliability of AGV vehicles depends on fewer nodes, the materials used are solid, and different vehicles can be replaced with each other, so the overall failure rate is lower and more reliable. The AGV transportation system has a three-layer safety guarantee system, which can more effectively protect the safety of personnel, vehicles and equipment.

Under the condition of meeting the same transportation volume required by users, the cost of the Bench AGV transportation system is lower than that of the fully automatic wheeled line system. Generally speaking, the Bench AGV transportation system eliminates a large number of motors, push-pull mechanisms, cylinders, various sensors and controllers in the wheeled line system. Moreover, there is no need to install wheels at the bottom of the Bench, nor a large number of supporting mechanisms, so the total cost is lower.

The Bench AGV transportation system offers greater flexibility. 1. Customers can adjust the number of AGVs at any time according to their production needs to achieve flexible production; 2. When the customer's production process, production route, or planting area changes, the Bench AGV transportation system only needs to be reconfigured in the system to complete route upgrades without extensive construction; 3. The AGV transportation system can meet the parallel production of multiple processes. In the same area, even the same row, different planting processes can be carried out simultaneously. Compared with the wheeled line system, where a production area can only perform one task at a time, the AGV system has stronger production flexibility.

The Bench AGV transportation system offers higher transportation efficiency. Multiple vehicles can work collaboratively, entering a Bench row simultaneously to quickly complete the transportation tasks of one or multiple Bench rows. Moreover, the transportation speed of AGV vehicles is higher than that of Benchs moving on wheeled lines.

The Bench AGV transportation system features a high level of automation. Users select the operation queue, wheeled line, and number of Benchs on the graphical interface, and the system will automatically select vehicles, direct traffic, dock with equipment such as wheeled lines and Bench supports, and transport the Benchs to the destination. The system can manage and trace the entire planting life cycle of crops, and can automatically manage and trace operations such as crop planting, seedling replenishment, grading, maintenance, sprinkler irrigation, pesticide application, and irrigation.