Unlike other systems in the market today, the automated robotic storage and retrieval system incorporates two types of automated guided vehicles (AGVs) into a unified system that brings both high and low cubic velocity items to a single pick and pack station, requiring less capital investment than traditional material handling systems while increasing productivity and picking accuracy.
The AGV used for picking items with a low cubic velocity, commonly known as “Goods to Person” technology, is adaptable to pick from existing industry wide storage mediums and can retrieve up to five unique items per trip, lowering capital and drastically reducing robot tasks and travel. Items with high cubic velocity are picked with AGVs that replace traditional manual pick carts, redefining “Person to Goods” technology. The new system enables “Goods to Person” pick cells to be fed by multiple AGV’s simultaneously, eliminating idle time for the order picker. AGVs can place products directly into the pick cell and then leave for other tasks, increasing AGV utilization.
As the leading provider of intelligent robot solutions for power stations, Guozi targets the traits of different power stations like thermal power station , hydropower station, wind power station and nuclear power station to give out individual solutions to various power stations. The company focuses on the development of intelligent robots to autonomously inspect the equipment in power stations including equipment that are located in key areas and dangerous areas. Guozi is accelerating the process of transforming conventional power stations into digital and intelligent working place.
Guozi intelligent traction robot has a complex system utilizing various new technologies such as, mechatronic technology fusing multiple sensors, navigating sensors, planning sensor behaviors and robotic visual. It can be either automatic or remotely controlled. It replaces staffs to inspect indoor and outdoor equipment in a intelligent traction substation. The robot can find equipment errors by analyzing and judging the image. It provides innovated detection measures for substation.
The application of AGV is fairly matured in car industry. AGV can be applied in outdoor areas as well as 4 different types of workshops, which is classified according to car manufacturing and the working conditions of AGV. The most matured application of AGV is in the main assembly workshop, where AGV is mainly used as SPS or assembling mode. Car body welding plant also has AGVs that mainly aims to transfer purchased parts and sub-unit. In press shop, forklift AGVs and flatbed AGVs are usually used to transfer parts from drop off line.
As rubber tier industry is going downhill, rubber tier factories are facing many problems. It is hard for factories to hire labors since the cost of labor is on rise. The cost of repairing equipment in factories is high. It is hard for the factory to manage the transport of materials. The applying of Guozi AGV solves many of these problems by replacing labors and equipment with AGVs. It can reduce the cost of labors and the cost of repairing equipment. Moreover, AGV system can manage the transfer of half-done product material. At present, AGV can be used to transfer materials for extrusion, rolling, molding and vulcanization process.
Guozi IDC intelligent service robot has a complex system utilizing various new technologies such as mechatronic technology, fusing multiple sensors, navigating sensors, planning sensor behaviors and robotic visual. It can be either automatic or remotely controlled. It replaces staffs to finish multiple tasks of dealing with cabinet, batteries, power cabinets and air-conditioners in an IDC room. It has various functions like monitoring the environment, visualizing data, transmitting data, inspecting in 3D scope, managing doors, managing inspection process, getting help from expert to determine the situation, analyzing sounds and warning confirmation, etc. The robot can not only secure the data, but also ensure the safety of staffs in the IDC center.