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EVT develops the graphical programming Machine Vision Software for 1D, 2D, 3D, Themal Imaging and Hyperspectral solutions.
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Industry:
N/A
Application:
Simulation/3D Modeling
and Visual Inspection & Testing
Simulation/3D Modeling
and Visual Inspection & Testing
EyeScan LT 3D
POSTED 05/08/2012
EVT
If the evaluation of two-dimensional images do not suffice the problem can be solved in a simple way by working with the third dimension. If you want to read e.g. the font on a car wheel with a two-dimensional camera the differences of the gray scale values between the black wheel and the black font are minor. In this case a sensor permutes the difference of level between the wheel and the font in an evaluable image.
The core of the system is a board camera, which has available 32 MB Flash and 128 MB DDRAM disk space. Additionally, the camera is equipped with a 700 MHz processor and a computing power of 5.600 MIPS. This fast and powerful image processing system allows an evaluation of the data already on the camera. The image capture is carried out with a global-shutter-CMOS-sensor, which keeps up with the capacity of a CCD-sensor and which delivers sharp pictures even from extremely fast applications.
The evaluation unit and the sensor are not only integrated into the body of the EyeScan LT 3D SH system, they are also pre-calibrated. That means the user has the possibility to replace an existing sensor by a new one at any time without calibrating the system again.
The field of application ranges from the RobotVision and the electronic industry to the semiconductor industry. The recognition of characters in logistic systems as well as the reading of codes do not cause a problem for the system. In this connection it does not matter whether it is a OCR, a bar code, a DMC or QR code.
Thanks to the complete integration of the sensor and the evaluation software, the three-dimensional evaluation can be programmed as simple as a normal image processing system. You can install the software with the existing monitor access that can also display results of measurement and test results. The results and the image data can be transferred via interfaces like for example Gigabyte Ethernet or optional RS232. Therewith the three-dimensional sensor can be integrated into the existing business software and additionally the connection to the robot can be realized.
If the evaluation of two-dimensional images do not suffice the problem can be solved in a simple way by working with the third dimension. If you want to read e.g. the font on a car wheel with a two-dimensional camera the differences of the gray scale values between the black wheel and the black font are minor. In this case a sensor permutes the difference of level between the wheel and the font in an evaluable image.
The core of the system is a board camera, which has available 32 MB Flash and 128 MB DDRAM disk space. Additionally, the camera is equipped with a 700 MHz processor and a computing power of 5.600 MIPS. This fast and powerful image processing system allows an evaluation of the data already on the camera. The image capture is carried out with a global-shutter-CMOS-sensor, which keeps up with the capacity of a CCD-sensor and which delivers sharp pictures even from extremely fast applications.
The evaluation unit and the sensor are not only integrated into the body of the EyeScan LT 3D SH system, they are also pre-calibrated. That means the user has the possibility to replace an existing sensor by a new one at any time without calibrating the system again.
The field of application ranges from the RobotVision and the electronic industry to the semiconductor industry. The recognition of characters in logistic systems as well as the reading of codes do not cause a problem for the system. In this connection it does not matter whether it is a OCR, a bar code, a DMC or QR code.
Thanks to the complete integration of the sensor and the evaluation software, the three-dimensional evaluation can be programmed as simple as a normal image processing system. You can install the software with the existing monitor access that can also display results of measurement and test results. The results and the image data can be transferred via interfaces like for example Gigabyte Ethernet or optional RS232. Therewith the three-dimensional sensor can be integrated into the existing business software and additionally the connection to the robot can be realized.