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EVT develops the graphical programming Machine Vision Software for 1D, 2D, 3D, Themal Imaging and Hyperspectral solutions.
Content Filed Under:
Industry:
Automotive
and Consumer Goods/Appliances
Automotive
, Consumer Goods/Appliances
, Packaging
, and Transportation
Application:
Bar Code/OCR Reading
, Simulation/3D Modeling
, and Visual Inspection & Testing
Bar Code/OCR Reading
, Simulation/3D Modeling
, and Visual Inspection & Testing
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Industrial 3D-Eye
POSTED 06/01/2012
EVT
The Industrial 3D-Eye opens up new possibilities in the range of robotics: amongst others in the range of palletization and depalletization but also in the sortation of components on the assembly line.
The expanded EyeVision system opens up new application ranges of robot control by the combination of a depth sensor and a normal camera. A classical application of the system combination is for example bin picking but also in the range of three dimensional matching multiple tasks can be solved easily. Particularly the combination of two different sensor images facilitates the grasp of objects.
The altitude images and as well the grey images of the camera are available via the high-capacity algorithms of the EyeVision 3D software. Therefore a contour matching in a three dimensional space is as possible as the evaluation of imprints.
This novelty has a lot of advantages in the field of palletization, depalletization, sortation and object recognition. Robots can e.g. pilot palettes, control the completeness and can gather a different number of articles from the palettes in order to load a new palette with these articles.
The robot can immediately access all data of an object like for example the spatial position, the measure etc. Then the robot-gripper can be simply navigated to a grip position with the aid of the EyeVision software in order to execute the tasks.
The system combination also opens up new possibilities for the quality check. The objects can be already checked for correctness during the gripping.
The communication to the robots occurs via a high-capacity library that contains the instruction sets for many conventional robots like for example KUKA, ABB, Stäubli and others.
The connection of the EyeVision software to the industrial robots is as fast and simple as already known from the EyeSpector systems. The system has to be parametrized with the aid of the EV software only once – then any task in the field of industrial image processing can be solved.
Naturally all classical image processing methods are also available for the system like e.g. reading tasks (OCR/OCV, bar code, DMC, QR code), measuring tasks and much more.
The Industrial 3D-Eye opens up new possibilities in the range of robotics: amongst others in the range of palletization and depalletization but also in the sortation of components on the assembly line.
The expanded EyeVision system opens up new application ranges of robot control by the combination of a depth sensor and a normal camera. A classical application of the system combination is for example bin picking but also in the range of three dimensional matching multiple tasks can be solved easily. Particularly the combination of two different sensor images facilitates the grasp of objects.
The altitude images and as well the grey images of the camera are available via the high-capacity algorithms of the EyeVision 3D software. Therefore a contour matching in a three dimensional space is as possible as the evaluation of imprints.
This novelty has a lot of advantages in the field of palletization, depalletization, sortation and object recognition. Robots can e.g. pilot palettes, control the completeness and can gather a different number of articles from the palettes in order to load a new palette with these articles.
The robot can immediately access all data of an object like for example the spatial position, the measure etc. Then the robot-gripper can be simply navigated to a grip position with the aid of the EyeVision software in order to execute the tasks.
The system combination also opens up new possibilities for the quality check. The objects can be already checked for correctness during the gripping.
The communication to the robots occurs via a high-capacity library that contains the instruction sets for many conventional robots like for example KUKA, ABB, Stäubli and others.
The connection of the EyeVision software to the industrial robots is as fast and simple as already known from the EyeSpector systems. The system has to be parametrized with the aid of the EV software only once – then any task in the field of industrial image processing can be solved.
Naturally all classical image processing methods are also available for the system like e.g. reading tasks (OCR/OCV, bar code, DMC, QR code), measuring tasks and much more.