Training Videos Menu
General | Measurements | Data Management | CAD Overlay | Automated Programs | Motion Control | Security | Command Menu
The following videos present an overall introduction and orientation when working with VisionGauge® OnLine.
The following videos present an overall introduction and orientation when working with VisionGauge® OnLine.
Use additional features in the Command menu, including Counting and Sizing and Calibrations.
VisionGauge® OnLine’s Counting & Sizing tool carries out “blob analysis” calculations. It is perfect for quickly, reliably and accurately identifying, measuring and characterizing objects with arbitrary shapes.
Use VisionGauge® OnLine’s Security menu to control access to certain protected features.
The Security Manager allows Administrators to manage operator access to certain features and menus in VisionGauge® OnLine.
Factory Lock-Out settings prevent access to certain sensitive features that may affect system performance. The ‘Calibration’ menu is locked-out by default to prevent unauthorized access.
Use the Motion Control Toolbox on VisionGauge® OnLine stage-based systems to control stage movements.
Use the Motion Control Toolbox to control stage movement and positions.
Learn how to create automated programs using the Program Toolbox.
An overview of how to use the Program Toolbox to create automated inspection programs in VisionGauge® OnLine.
Capture live images or read-in previously captured images on which to perform further operations.
Load DXF overlays and control Auto-Pass/Fail settings and results in automated programs.
The Settings Toolbox stores various pre-configured settings, including calibrations, multi-mag selection, illumination, and more.
Automatically save images from your program to the hard drive or network during program operation.
Pattern matching locates a previously-defined pattern within the current image to sub-pixel accuracy and produces a Pass / Fail result based on the match criteria that you supply.
The Wait, Display Message, and Pause Program steps allow moments in your automated program for operator input, waiting for certain conditions before continuing operation, and pausing the entire program in the middle of operation.
Perform automated measurements during program operation.
VisionGauge® OnLine’s Counting & Sizing tool carries out automated “blob analysis” calculations, perfect for quickly, reliably and accurately identifying, measuring and characterizing objects with arbitrary shapes.
The Statistics and Data Groups tool is used in a program to test a value in a data group against tolerances and perform certain operations based on the result of this test.
The Jump operation controls the flow of a program based certain conditions having been met.
The Program Toolbox’s Motion Control tool allows you to include automated stage motion in programs in VisionGauge OnLine’s motorized stage versions. This step covers all automated motion, including Auto-Focus, setting and moving to stage positions, position offsets, and more…
Videos in this section show complete example programs.
Use VisionGauge® OnLine to compare a part to its CAD DXF file with our Auto-Align™ and Auto-Pass/Fail™ features.
The Overlay Toolbox allows you to load and manage CAD/DXF overlay files.
Manually control overlay positions, translation, rotation, and Auto-Align in the Overlay Translation/Rotation window.
VisionGauge® OnLine allows you to automatically test how well your part fits to a CAD overlay and can give a single Pass or Fail result based on multiple tests of the part to the CAD file.
Control sections are point locations on the CAD file where the software will test to see if the part currently lies within a tolerance, giving either a Pass or a Fail value.
Entity-based Auto Pass/Fail uses multiple points on a single CAD file entity (Arc, line, spline, etc.) where the software will test at these points to see if the part currently lies within the entity tolerance, giving either a Pass or a Fail value.
VisionGauge®’s Advanced Auto-Pass/Fail Analysis & Report tools allow operators to easily review, explore, and label CAD Auto-Pass/Fail™ results at each cross section of interest in the field-of-view.
Learn how to collect and manage inspection result in Data Groups, as well as how to output data to external programs for reporting and databasing.
VisionGauge® OnLine’s Data Groups allows you to collect results and data in the form of Numerical and Pass/Fail values, Character Strings and Pass/Fail values, or Pass/Fail values only, and compute statistics as programs are running.
Program results and data can be automatically sent to Excel™ during operation for customized reporting.
Output Data Group results to ProLink QC-Calc for realtime and on-command display of measurements, automated reporting, exchange of data to other SPC programs, etc.
The following videos demonstrate how to perform various types of measurements with the VisionGauge® OnLine software. The videos show how to perform manual measurements, but the same principals for each measurement can also be used to setup automated measurements in the Program Toolbox.
The Measurement toolbox allows users to pre-define and then store different measurement tools by clicking the appropriate button in the toolbox.
General measurements are basic measurement types (e.g. simple point-to-point, horizontal, vertical, radius/diameter, angle measurements).
Calipers measurements report the distance between opposite sides of an object.
The marker-to-marker measurement tools are designed to carry out measurements between two “markers”. This allows mixing various types of measurement markers to perform complex measurements.
These types of Circle measurements return the radius or diameter of a circle defined as a thresholded object.
Use the Line Finder to find the ‘best fit’ Line in a region of interest with sub-pixel accuracy, and save the result to re-use in later measurements.
The Trace Width measurement tool can measure the vertical or horizontal trace width by defining a Region of Interest (ROI).
Laser Profiling involves projecting one or multiple laser lines at a specified angle relative to the optical centerline. You can then carry out height / depth measurements (i.e. 3D measurements) by measuring the offset of the projections on a 2D image. Z-axis measurements can typically be carried out with the same speed as X and Y-axis measurements.