SLAM-based autonomous driving and route optimization
Using diverse SLAM and obstacle-avoidance algorithms, RBM performs stable autonomous driving along optimized routes even in complex indoor environments.
Autonomous Mobile Robot
An autonomous mobile robot platform that connects people and spaces.
The RBM Series is Rainbow Robotics' autonomous mobile robot (AMR) platform designed to enable safe and efficient mobile automation in indoor spaces shared with people.
Based on safety LiDAR driving control and autonomous navigation technology, it provides stable movement performance even in complex routes and diverse operating environments,
and can be used widely from logistics and manufacturing sites to service and commercial spaces such as serving, transport, and guidance.
The RBM Series is an autonomous mobile robot lineup selectable by use case and loading method.
An industrial autonomous mobile robot platform for heavy material transport.
RBM-D400
An industrial autonomous mobile robot platform for ultra-heavy material transport
RBM-D1000
A compact autonomous mobile robot platform for transport automation in narrow spaces
RBM-S100a
A compact autonomous mobile robot platform for transport automation in narrow spaces
RBM-S100b
An automated solution that moves beyond fixed installations to work on site
Mobile Manipulator
Using diverse SLAM and obstacle-avoidance algorithms, RBM performs stable autonomous driving along optimized routes even in complex indoor environments.
Configured for each environment and mission
The RBM Series is not a finished robot fixed to one purpose, but a customizable mobile robot platform configured for site environments and mission requirements.
It expands into many scenarios according to loading method, upper module, driving logic, and connected systems.
The RBM-D Series combines with onboard devices such as lifts and conveyors to connect material transfer, standby, and supply work between processes in one flow.
RBM-S100 a/b automates repeated movement tasks in logistics centers, production sites, and research spaces through box, tray, and payload-bin transport structures.
Especially, mobile robots aged 30 and above can manage traffic control, so Delivers optimal efficiency.