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Single board, USB 2.0 industrial cameras with low cost onsemi sensors. 23U SeriesĬost optimized, USB 3.0 industrial cameras. Single board, USB 3.0 industrial cameras with onsemi sensors. 33U SeriesĬompact, fully featured USB 3.0 industrial cameras. 37U SeriesĬompact and cost-optimized USB 3.1 industrial cameras with the latest Sony sensors. 38U SeriesĪdvanced feature USB 3.1 industrial cameras with the latest Sony sensors. A bug that risked causing failures in when acquiring images in “Scan mode” with the color camera has been corrected.With a selection of over 100 industrial cameras, The Imaging Source maintains one of the broadest portfolios in the machine vision market.A bug with editing beacon locations in a previous created scan routine has been fixed the edited locations are now used.The saved file has the text “NOMINAL” appended to the file name. The Z-stack code has been revised to include capture of the focus-nominal position.

Correction of a problem with Capture Focus Nominal for the Cy®5.5 cube.

A bug that potentially impacted white-balance was corrected.

A function was added to enable zooming in on multi-well vessel maps for more accurate well selection.

Scanned images are now shown with pseudo-coloring turned on rather than in black and white.

The ability to measure images captured in “Scan mode” was added.

The display of the scale-bar in zoomed images was also improved.

The scale bar function was enhanced with options for a black or white scale bar, a toggle of the length and end-bar displays.

The impact of the background correction is most noticeable in scan-mode. The result is reduced vignetting with the color camera. When enabled the vignetting at the corners of the image is estimated at the beginning of the scan and the corresponding correction is applied to each image.

A background correction option for color image scans was added.

Note that the 800 capture sites of the C1 HT chip must be imaged by two separate scans of the 400 sites on the left and right sectors, respectively.

Enabling calibration of the X, Y and Z positions of Fluidigm C1 and C1 HT chips, automatic placement of image capture beacons at all cell capture sites, the ability to zoom in on the vessel map and select/de-select beacon placements and to run the vessels in either scan or time-lapse modes.

Each image is saved according to the Quick Save settings. When pressed it captures an image at the center of each well of the selected well plate.

The autofocus algorithm was optimized, resulting in a faster and more accurate autofocus mechanism.