The XYZTEC Vision system is ideal for providing high resolution images. These images can be used for customer presentations, operator training, or failure analysis reporting.
Our vision system is an integral part of the Condor Sigma software. The standard image capture camera has an offset from the tool test point. If desired, the software can be set up to capture an image of a failed pull, shear or any other test just completed. With one click the system will instantly calculate the offset and move to the camera position to capture the image. Captured images are stored with the measurement data. The image can be recalled when necessary to enable further analysis.
XYZTEC offers three camera options as part of the image capture capability. In addition to the left side offset camera, we offer a right side offset camera that can be used in conjunction with a different objective for higher magnification or greater field of view. When two magnifications are required, two rigidly mounted cameras provide better inherent accuracy than one camera with a zoom.
We also offer a camera that can be mounted on a trinocular microscope or from the side. These cameras can provide live video capture. This is a great function for automation, teaching and data capture for customer presentations.
XYZTEC’s image capture system utilizes the latest LED technology. The software controls the LED brightness and color. Automatic or manual operation are supported. If desired, settings for conditions such as brightness, intensity and LED color selection can be defined. We offer multiple color choices and the ability to operate in flash mode.
For fully automated tests, a fiducial mark system can be ordered as part of our image capture system. This capability allows for accurate positioning of tools prior to the start of an automated test sequence.
In automation mode, the software scans for fiducial marks. After identifying their X-Y coordinates, the Condor Sigma can begin a fully automated test sequence. Our software can import CAD data or it can be taught by teach and repeat.
The frame grabber camera function allows the operator to capture images before and after a test sequence.
|Camera||2592x1944 pixel resolution|
5 Mega pixel progressive scan sensor
>65 dB dynamic range
|Magnification 3x objective=400x||2x2 mm field of view|
2 µm optical resolution
30 µm depth of focus
|Magnification 6x objective=800x||1x1 mm field of view|
1.5 µm optical resolution
20 µm depth of focus
|Magnification is based on a screen with a resolution of 1440x900 pixels|
Specifications subject to change without prior notice.
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