Image processing technologies
2D
- pRESENCE DETECTION AT KNOWN POSITIONS
Localization of parts at fixed positions with the same height (e.g. pick & place from a staging grid) - Quality Control
Detecting and sorting out faulty parts - Object and Gripping Point Detection
Detection of objects and gripping points at any position, which are always gripped at the same height
2,5D
- pRESENCE DETECTION AT KNOWN POSITIONS
Localization of parts at fixed positions with different heights and orientations (e.g. structured depalletizing) - Object and Gripping Point Detection
Detection of objects and gripping points at different heights, which can be aligned in different directions but not tilted (e.g. unstructured depalletizing)
3D
- BIN PICKING
Detection of objects and gripping points at any position and orientation in a crate (e.g. for machine loading) - 3D Detection with Robot Action
Recognizing a position on an object and executing an action with the robot (e.g. dispensing, welding, polishing, grinding) - Visual Servoing
Gripping objects in motion
Maximum flexibility with image-based automation
Vision-based parts removal
Combined with high-precision placement tasks
- AI-based presence detection of objects with 2D cameras, allowing a cost-effective automation
- Intelligent image processing solution with a robot that can pick up even the tiniest parts with high accuracy
- Fast image capture and processing time minimizes impacts on cycle time
Bin picking
An automation solution that can capture randomly distributed parts in containers and feed them to machines
- The use of a precise 3D camera system makes it possible to recognize a wide variety of objects and remove them safely with the robot
- The grippers and the modular robot system are configured based on the object and the container
- Reduced workload due to the elimination of parts preparation or separation systems, as the camera can recognize individual parts from the bulk material
VIDEO
Bin picking metal parts
Customers & Partners
Experience RobCo Live
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Product demo
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Technical concept
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