Audited Supplier
| Rated load: | 120T |
| Body shape: | L8490*W2585*730mm |
| Navigation mode: | manual control + magnetic strip navigation |
| Movement direction: | omnidirectional |
| Power form: | electric |
| Drive mode: | differential drive |
| Travel speed: | 2~20m/min for empty and full load, multiple speed gears, 2m/min to set speed stepless speed regulation within the gear. |
| Lifting height: | 50mm |
| Maximum climbing ability: | 3-5° |
| Navigation accuracy: | ±10mm |
| Power supply: | lithium battery |
| Chassis ground clearance: | 100mm |
| Working environment: | indoor and outdoor |
| Safety protection: | laser obstacle avoidance sensor + safety edge + sound and light alarm + emergency stop button |
Q: Would an AGV be a good solution?
A: This is a good question because there are many material handling solutions on the market! Which one is the right choice? First, an AGV is a movable platform used to move materials, components, and other items horizontally. The weight of the load and the travel requirements of the application must be considered.
Q: What are the benefits of using heavy-duty AGVs?
A: Heavy-duty AGVs are transport vehicles used to load and transport heavy parts or components, and are one of the most critical equipment in current logistics automation systems. AGV transfer vehicles are more suitable for moving long loads through restricted passages or doorways. For heavier loads, AGV transfer vehicles are a very affordable option because they are able to handle heavy loads. Heavy-duty AGV transport has the advantages of easy operation, high safety, and stable operation. It has automatic lifting, hydraulic independent suspension, automatic leveling, automatic operation, anti-collision, rapid operation, all-round steering, and adaptability to uneven ground.
Q: What product handling applications use heavy-duty AGV transfer vehicles?
A: Heavy-duty AGVs are mainly used in warehousing, manufacturing, ports, airports, hazardous places, special industries, etc. to realize the automated handling of large materials (overweight, overlong), improve the level of logistics automation in the heavy-duty field, reduce the labor intensity of workers, improve production efficiency, shorten the logistics cycle, accelerate capital turnover, and improve economic benefits.
