Category: Training Videos

Submitted by [email protected] on Thu, 13/06/2019 - 12:00
The final installment of our 3D sensor training series covers advanced surface measurement features such as recording and playback, part detection, part matching, object rotation and anchoring, and 2D intensity image output. The video also briefly discusses different output protocols and sensor customization. The final installment of our 3D sensor training series covers advanced surface measurement features such as recording and playback, part detection, part matching, object rotation and anchoring, and 2D intensity image output. The video also briefly discusses different output protocols and sensor customization.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Explore Gocator’s surface measurement capabilities in the third instalment of our Gocator training series. See how easy it is to set up and apply 3D measurement tools on surface height maps and measure 3D features such as surface hole dimension, surface plane and surface stud. Explore Gocator’s surface measurement capabilities in the third instalment of our Gocator training series. See how easy it is to set up and apply 3D measurement tools on surface height maps and measure 3D features such as surface hole dimension, surface plane and surface stud.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
In this video you’ll learn about Gocator’s advanced profile measurement features including exposure settings (single versus multiple) and the ability to take intersect and angle measurements. The video also showcases advanced 3D profile measurement tools such as Circle Fit and Panel (for gap and flush). In this video you’ll learn about Gocator’s advanced profile measurement features including exposure settings (single versus multiple) and the ability to take intersect and angle measurements. The video also showcases advanced 3D profile measurement tools such as Circle Fit and Panel (for gap and flush).
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
The first video in our Gocator Training Series takes you inside the 3D sensor UI and walks you through some of its fundamental functionality - such as sensor setup, 3D scan alignment, setting up and applying 3D profile measurement tools for width and height, and using 3D measurement anchoring. The first video in our Gocator Training Series takes you inside the 3D sensor UI and walks you through some of its fundamental functionality - such as sensor setup, 3D scan alignment, setting up and applying 3D profile measurement tools for width and height, and using 3D measurement anchoring.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
This video demonstrates how to extract a cross-section from a 3D model of a part and perform basic measurements. This video demonstrates how to extract a cross-section from a 3D model of a part and perform basic measurements. As part of the surface mode tool set, sectioning is a new feature in the Gocator 4.4 firmware release. It allows the ability to center and rotate a part for easy detection and allows for measurements on different profiles or sections.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Discover the new FactorySmart® features and capabilities introduced in Gocator® firmware version 4.6. Discover the new FactorySmart® features and capabilities introduced in Gocator® firmware version 4.6.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
In addition to producing single value measurement results, tools now output points and lines “features”. Features can be fed to Feature tools that can produce geometric measurements that previously required scripts or other solutions. In addition to producing single value measurement results, tools now output points and lines “features”. Features can be fed to Feature tools that can produce geometric measurements that previously required scripts or other solutions. An in-depth look at how this works in the Surface Edge tool.
Submitted by [email protected] on Thu, 13/06/2019 - 12:00
Feature tools take features as inputs and produce measurements based on more complicated geometry calculations. An in-depth look at the Feature Intersection Tool and Feature Dimension Tool. Feature tools take features as inputs and produce measurements based on more complicated geometry calculations. An in-depth look at the Feature Intersection Tool and Feature Dimension Tool.