AMR (Autonomous Mobile Robot), also known as Self-Driving Robot, is a trackless unmanned mobile vehicle with a robotic arm and a mobile platform combined with autonomous navigation. Because it can change the handling method that relied on manpower or manual operation of tools in the past to automation, greatly reducing the dependence on basic labor, which is of great help in reducing human errors and improving production efficiency.
The traditional AGV (Automated Guided Vehicle) needs to build a track in advance, and the car body can only walk on the planned path. In addition to the lack of flexibility, there will also be situations where the positioning accuracy is insufficient, or it cannot cope with unexpected situations. With the advancement of science and technology, AGV has gradually evolved into an AMR that is elastic, flexible, and capable of independent navigation.
应用场景
Warehousing logistics handling robot
Household and shopping mall service robots
Exploration robot (deep sea and other special scenes)
Real-time data collection production data
Support diverse I/O through wired or wireless interface
Supports high-speed data collection to instantly perceive production risks
Quickly respond and adjust the production process
Display the results of edge computing in real time, and quickly respond and adjust the production process
Ruggedized modular deployment
End-side equipment is small in size, easy to install, and has good compatibility
Wide temperature working, good robustness
Third-Party Software and Platform Support
Perfect hardware driver and function library
Support a variety of mainstream software development environments
Significantly reduce development costs