Performance comparison of an unmanned forklift and an AGV trolley

Unmanned forklifts are gradually replacing manual forklifts in the future.Safety is of the utmost importance Manually operated forklifts:

Injuries are caused by the fork

Drivers of traditional forklift trucks must possess a high level of physical fitness and ability. Additionally, forklift operations can be intense and repetitive, resulting in forklift driver fatigue while driving, and if not properly performed, forks can easily strike people. Moreover, the forks of forklift trucks face forward as they drive, obstructing the driver, creating a hidden danger while driving.

Forks pose a safety hazard

There is a hidden danger associated with falling goods

Warehouse aisles are narrow, storage density is high, pick-and-place difficulty is high, thestacker forklift driver works with experience, improper operation may result in cargo damage and personal safety risks.

The load of AGV trolley is relatively small, and usually adopts two-wheel differential rotation with zero turning radius, so it often appears to be more flexible. Putting aside the flexibility and turning radius, the unmanned forklift truck has more advantages in terms of load and functionality. The common unmanned forklift trucks have a load of more than 2 tons, especially the pallet truck, which can be customized according to customer needs and has a larger load range. As for functionality, AGV trolley can only provide a handling function, unlike unmanned forklift trucks which have stacking, traction, handling, narrow channel three-way insertion and extraction, and forward-moving type. In terms of system integrity, unmanned forklifts are more likely to form a working closed loop with the original production system.

An analysis of the performance of an unmanned forklift and an AGV trolley

Unmanned forklift trucks have a load of more than 2 tons, especially the pallet truck, which can be customized according to customer needs and has a larger load range. As for functionality, AGV trolley can only provide a handling function, unlike unmanned forklift, which has stacking, traction, handling, narrow channel three-way insertion and extraction, and forward-moving type. In terms of system integrity, unmanned forklifts are more likely to form a working closed loop with the original production system.