AMR refers to autonomous mobile robots, in a broad sense it refers to mobile robots with strong autonomy. Mobile robots with weak autonomy (such as remote control robots, mobile robots walking along rails, etc.) cannot be called AMR, only AMR automated mobile robot with strong AMR autonomous that can make their own reasonable responses to various dynamic changes in the environment can be called AMR.

No complicated programming is required, and autonomous mobile tasks can be completed with the help of a complete upper-level system. The open interface can be used in different scenarios to match changes in different manufacturing production lines, or production units and process requirements.

Although e-commerce has greatly promoted the development of AGV, the main application field of AGV is still manufacturing. No smart factory can do without AMR mobile robot. Large unmanned factories and light-off factories must all have AMR autonomous mobile robot. Small, scattered and scattered small manufacturing workshops can also see the use of AMR automated mobile robot. Therefore, no matter what kind of manufacturing and production environment, as long as there is a place for autonomous material handling, are inseparable from the AMR robot. Inquiry AMR robot cost from top autonomous mobile robots companies/mobile robot manufactures.

Automatic Mobile Robot FAQs

AGV vs AMR

Both AGV and AMR can realize material transportation, but their similarities only stop there. The difference between AMR and AGV is that the former has powerful computing capabilities, and it can sense the surrounding environment through sensors and make corresponding decisions;the latter is just a large actuator, and every move depends on the scheduling of the central control system.

The difference in path planning

The AGV's in-vehicle intelligence is extremely low and can only obey simple programming instructions. According to the AGV trolley working environment, the path planning model is generally divided into two types: one is the global path planning based on the model, and all the information of the operating environment is known, also known as static or offline path planning. Automatic mobile robot like LiDAR SLAM Double Differential Wheels Automated Mobile Robot is sensor-based local path planning, where all or part of the operating environment information is unknown, also known as dynamic or online path planning.

The difference in application scenarios

Among them, the AGV is relatively simple in the implementation of this application. It is limited to following a fixed factory route fixed on the ground. During the entire service life of the AGV, it can only perform the same transportation tasks. If you need to change the route, you need to reset it. LiDAR SLAM Omnidirectional Steering Wheels Autonomous Mobile Robots only needs simple software adjustments to change tasks. SLAM ROBOT can meet the ever-changing environment, production requirements and task execution priority settings. Once a new task is formulated, employees do not need to spend extra time coordinating robots, but focus more on high value-added work, and the entire application process will be more flexible and flexible.