Many factories run three shifts, and night-shift lighting is often limited. This raises a common concern:
"Can the robot still navigate accurately in the dark?"
With Reeman AMRs, the answer is a confident yes.
Reeman AMR robots use a fusion navigation system combining LiDAR and 3D vision. Unlike traditional camera-dependent solutions, Reeman AMRs do not rely on ambient light. Instead, they detect and analyze the environment using laser scanning and depth sensors. Whether it's daytime or nighttime, bright or completely dark, the robot can still identify paths and obstacles with precision.
At night, the robot's high-accuracy LiDAR positioning enables centimeter-level localization, ensuring stable navigation even when lighting is inadequate.
Additionally, Reeman AMRs are equipped with infrared sensors to detect nearby dynamic obstacles, maximizing safety in low-visibility environments. This makes them especially suitable for night-shift scenarios with poor lighting, high noise, or limited staffing. They can autonomously receive tasks, avoid obstacles, recharge themselves, and operate without human supervision.
For factories aiming for 24/7 continuous production, Reeman AMRs eliminate the need for heavy night-shift labor. Even more impressively, the Reeman scheduling system can automatically assign tasks during the night, intelligently controlling robot quantity and workflow to keep the entire facility running autonomously.
No matter if the lights are off, workers are resting, or the shift has ended-
the robots keep working silently, ensuring productivity continues to rise through the night.
