The automated transfer cart is a product with a competitive edge in our company. We possess mature and continuously innovative technologies in automated transfer vehicles, trackless automated vehicles AGV, and rail automated vehicles RGV, as well as numerous successful cases. We have cooperated with the aerospace, military, weapons, and power industries. The pallet automated transfer cart RGV can provide systematic transportation solutions according to the on-site usage requirements of customers, such as a full set of solutions for pallet lifting, turning, cross tracks, explosion-proof and high-temperature resistance, interconnection with third-party equipment, etc., including preliminary investigations, plan design, customized production, installation and debugging, and after-sales service.
The pallet RGV system mainly consists of components such as the frame, sprocket and chain, power unit, guiding device, tensioning device, drive shaft, blocking cylinder, and RGV guide rail. It is used to connect the picking and conveying system with the pallet transfer and lifting system and to alternately transfer empty and full pallets. The automation of the pallet automated transfer vehicle RGV is mainly reflected in the control system, which can operate in coordination with upstream and downstream related equipment. The control system is equipped with a human-machine interface touch screen for on-site operation.
At the very beginning of formulating a solution, our engineers will predict the faults that might occur during the equipment utilization relying on their rich experience, and avoid quality risks in advance.
Before getting inside the warehouse, all steel plates must be pretreated and testified to be qualified.
There is quality inspection in every process. The previous process can be allowed to enter the next one only if it is qualified. The whole process inspection records must be well preserved.
Before delivery, all the transfer carts/trolleys must undergo performance test, including load forward and backward, obstacle avoidance, omnidirectional mobile, slope climbing, lifting, wireless remote control, etc.