AGV Robot Adapted Person Transfer: The Evolution of Mobile Robots

The trend of mobile robots is shifting towards greater intelligence and flexibility. From Automated Guided Vehicles (AGVs) to Autonomous Mobile Robots (AMRs), the storage robot market is witnessing a new wave of innovation. In Japan and North America, AMRs are gradually replacing AGVs as the go-to solution for warehouse automation.

The increasing complexity of application scenarios has led to a constant improvement in the requirements for mobile robots. AMRs have taken center stage with their advanced computing power, enabling them to sense their surroundings through sensors and make decisions accordingly. This is in contrast to AGVs, which rely on scheduling from a central control system.

One of the significant differences between AGVs and AMRs is their ability to adapt to new environments without requiring extensive modifications. While AGVs need to be programmed with specific routes and markers, AMRs can learn and adjust to new routes through software mapping or imported factory drawings.

From an intelligence perspective, AGV < IGV < AMR, with AGV relying on partial navigation using identification methods such as magnetic stripes or QR codes. In contrast, AMRs have advanced navigation capabilities, allowing them to generate the most convenient path based on location data.

AMRs are particularly suitable for applications that require higher flexibility, such as 3C electronics manufacturing. However, their stand-alone price is relatively high compared to AGVs.

In conclusion, the evolution of mobile robots has led to a shift from AGVs to AMRs, with the latter offering greater intelligence, flexibility, and adaptability. As the market continues to evolve, it will be interesting to see how these advancements impact warehouse automation and logistics management.

Agv robot adapted person transfer