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To perform a correction on a 3D smart camera, you must use a Cognex-supplied correction target. The target consists primarily of a frustum, a feature exhibiting six different planes with eight intersecting points. The following table lists all the correction target models.
Fast, high resolution image acquisition. The In-Sight 9902L has a blazing fast 67 kHz line rate, acquiring each line of data in just 15 microseconds. Capturing 2,000 pixels with each line, the camera delivers 32MP images (16,000 lines) that enable vision tools to perform highly detailed inspections.
5m, 10m, 20m) 5m, 10m, 20m) Correction Targets To perform a correction on a 3D smart camera, you must use a Cognex-supplied correction target. The target consists primarily of a frustum, a feature exhibiting six different planes with eight intersecting points.
Reducing the region of interest can reduce the decoding time (especially if multiple barcode symbologies are enabled, or in the case of the camera API where full HD images are being used). For even more precise barcode selecting/aiming, consider using the Target Decoding feature either with a region of interest or by itself. Supported devices:
The standard Cognex calibration card (DMV-CCC) contains both types of calibration target symbols and can be used to calibrate any type of verifier. The calibration target symbols on the basic calibration card are “Master” Symbols and NIST traceable. ... The camera and window are clean of dust and debris. The Grading Standard is set to ISO ...
Resources. IN-SIGHT L38 SERIES SPECIFICATIONS. *1 Z Repeatability is measured an average of 100 times over a pointcloud using a 4x4 mm area, at the middle of the Measurement Range.
8 Μαρ 2021 · To perform a correction on a 3D smart camera, you must use a Cognex-supplied correction target. The target consists primarily of a frustum, a feature exhibiting six different planes with eight intersecting points. The following table lists all the correction target models.
