This video shows a BinPicking application that was assembled in DRS from these individual components.
A 3D scan is the basis for generating an adaptive wipe trajectory on a table surface.
Calibration of the pose of a depth camera relative to the robot position. Its sensor data can then be fitted in at its correct location in the scene.
The connector on a wire harness is 3D scanned and precisely localized. After that it is picked up with a gripper and can be plugged into the appropriate socket.
After localizing eggs in 3D scan data they can be picked up safely and gently with a Piab piSOFTGRIP gripper mounted on a robotic arm.
This video shows the calibration of the position and orientation of a camera. The calibration functionality is an integral part of the DRS software.
Using our logo as an example, this video shows how prepared robot paths are adapted to current localized object positions.
Here the 3D scan data is used to test the robot trajectories for collisions in addition to object recognition.
The moving sensor captures depth images in all directions, a data fusion algorithm is used to merge them into a 3D point cloud.
After scanning and locating spoons, they are accurately stacked and placed in a cutlery tray.
In this video, knives are detected in the scanned 3D data, picked up with an electromagnet and placed in a container.
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