Heavy Load Laser Navigation Battrey AGV Transfer Cart
It can run along the preset track, or choose multiple navigation methods such as magnetic stripe and QR code. Through the coordinated work of the drive system, safety system, power supply and control system, the goods can be accurately transported between different locations. The drive system controls its operating power, and its guidance system ensures stable driving along the prescribed route. The power supply system ensures energy supply, and the control system is like a brain, receiving instructions and accurately controlling the operating status.
Accurate and efficient: With the help of intelligent control and scheduling system, RGV runs stably, with an average speed of up to 20m/min, greatly improving the handling efficiency. At the same time, combined with laser or QR code navigation and visual recognition technology, the positioning accuracy reaches ±2mm or even higher, effectively reducing the docking transportation error.
Flexible adaptation: It can flexibly adjust the load, speed and functional modules according to the needs of different scenarios. Whether it is a large workpiece or a precision item, the appropriate vehicle model can be customized according to customer requirements. Flexible planning of operation routes.
Safe and stable: It adopts a variety of different operation modes, and a variety of options are customized according to actual working conditions. The operation track is fixed and stable, which can effectively reduce the risk of falling during the cargo process. Equipped with multiple sensors such as anti-collision buffer and emergency stop button, the environment is monitored in real time to ensure the safety of personnel, equipment and cargo. The vehicle is made of high-strength materials with excellent impact resistance and stability.
Energy saving and environmental protection: Some RGVs use green energy such as lithium batteries, which is in line with the current modern environmental protection development concept and reduces energy consumption.
Automated stereoscopic warehouse: In the automated stereoscopic warehouse, RGV undertakes the tasks of warehousing, outbound and in-warehouse handling of goods. It can quickly transport goods from the conveyor line to the designated cargo location, and can work in conjunction with conveyors to improve warehouse space utilization and operating efficiency.
Automobile manufacturing: On automobile production lines, RGV is used to transport heavy parts such as engines and gearboxes, and accurately deliver them to assembly stations to achieve just-in-time feeding.
Mechanical processing: In mechanical processing workshops, RGV transports raw materials, semi-finished products and finished products. Parts or raw materials can be transported to processing equipment. Its high-precision positioning and stable operation ensure that parts are not damaged and product quality is guaranteed.
Cold chain warehousing: In low-temperature cold storage environments, traditional manual operations are inefficient and have safety hazards. RGV can withstand low temperatures and can achieve unmanned cargo handling to ensure efficient operation of cold chain logistics.
Different industries and enterprises have different logistics needs, so RGV smart transfer carts provide all-round customized services.
Load customization: Customize RGVs with different load capacities according to the weight of the goods to be transported to meet the transportation of small precision parts to large tonnage materials.
Functional module customization: Add various functional modules to RGV based on actual application scenarios. For example, when transporting pallet goods, a 360° docking device is equipped to enable multi-directional transportation and docking routes. In special environments such as explosion-proof, RGV with corresponding explosion-proof function is customized.
Control system customization: According to the existing production management system, the matching RGV control system is customized. Seamless connection with MES (manufacturing execution system), WMS (warehouse management system) and other systems is achieved.
