3D Vision is used when components need to be spatially captured and handled flexibly—especially in cases involving complex geometries, unordered components, or variable positions and orientations in space. Typical applications include, for example, bin picking and precise position determination in 3D space.
This makes 3D vision particularly well-suited for complex and unstructured scenarios in which the exact position and orientation of a component is critical for a safe and reproducible process.
Typical applications of 3D vision:
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Bin picking (unordered, stacked components)
- Depalletizing and handling mixed parts
- Gripping complex geometries
- Applications with variable position, height, or orientation
- Precise positioning and robot-assisted assembly
When is 3D vision absolutely necessary?
- Components are scattered or stacked
- Height, position, or angle are relevant to the process
- A safe grasping position in space (including orientation) must be determined