ZenRobotics Principal Scientist, Dr. Harri Valpola adjusts the robot of the ZRR system.
Robot recycler —
ZenRobotics Principal Scientist, Dr. Harri Valpola adjusts the robot of the ZRR system.
Courtesy O-P Orpo/ZenRobotics
The sensors on the ZRR include various types of cameras, 3-D scanners, haptics, metal detectors and more.
Robot recycler —
The sensors on the ZRR include various types of cameras, 3-D scanners, haptics, metal detectors and more.
Courtesy ZenRobotics
The ZenRobotics Brain control system combines the sensory data it gathers into an analysis of whether an item is wanted or not, then calculates the optimum way to grip it.
Robot recycler —
The ZenRobotics Brain control system combines the sensory data it gathers into an analysis of whether an item is wanted or not, then calculates the optimum way to grip it.
Courtesy ZenRobotics
The ZRR incorporates an artificial intelligence (AI) system designed for use in unstructured environments, such as a waste processing conveyor belt, where the robot can 'learn' from its experience rather than simply following a prescribed program.
Robot recycler —
The ZRR incorporates an artificial intelligence (AI) system designed for use in unstructured environments, such as a waste processing conveyor belt, where the robot can 'learn' from its experience rather than simply following a prescribed program.
Courtesy ZenRobotics
The ZRR's robotic gripper is able to manipulate objects without an exact knowledge of their location, shape, or composition. The gripper maintains its rigidity during gripping actions, but yields elastically in case of collisions.
Robot recycler —
The ZRR's robotic gripper is able to manipulate objects without an exact knowledge of their location, shape, or composition. The gripper maintains its rigidity during gripping actions, but yields elastically in case of collisions.
Courtesy ZenRobotics