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3d Scanning & Reverse Engineering

17 04, 2023

Control X – Creating and Sizing Section Planes for 2D Cross-Sectional Views

By |2023-04-17T15:24:14-04:00April 17th, 2023|Categories: 2 Minute Tuesdays, 3D Scanning, 3d Scanning & Reverse Engineering, CQTV|0 Comments

In this week's 2 Minute Tuesday, we will examine how to resize section planes so that just the necessary geometry is displayed in Geomagic Control X. This becomes extremely useful for very complex models where you want to draw the reviewer’s attention to a specific location on the model.  

27 03, 2023

Control X – Exploring the Measure Menu

By |2023-03-28T10:05:15-04:00March 27th, 2023|Categories: 2 Minute Tuesdays, 3D Scanning, 3d Scanning & Reverse Engineering, CQTV|0 Comments

In this week's 2 Minute Tuesday, we delve into the Measure Menu of Geomagic’s Control X software, examining the features it offers. While most users of Control X are interested in producing color maps, whisker plots, dimension checks, and GD&T analyses of the scan as compared to the nominal CAD model, it is important to note that there are several “mesh-only” functions for measuring a scan model that do not require a nominal CAD model. [...]

3 03, 2023

Deviation Location Tool in Control X

By |2023-03-03T08:53:16-05:00March 3rd, 2023|Categories: 3d Scanning & Reverse Engineering, Metrology Minute|0 Comments

Today’s post will cover the Deviation Location tool in Geomagic Control X. This tool creates a Best Fit Surface over an area of interest and enables you to analyze isolated areas on a part for wear, dents, bumps, corrosion, etc. While Reference Data is not required for this function, it is recommended. This tool takes measurements in an isolated location of the part and requires the existence of either a coordinate system or two vectors [...]

27 01, 2023

How to Use Control X Comparison Point Analysis

By |2023-01-27T08:18:15-05:00January 27th, 2023|Categories: 3d Scanning & Reverse Engineering|0 Comments

This blog post will show you the Comparison Point Analysis tool which enables a Control X user to click arbitrary or specific point locations on the Reference CAD model and compare them to the corresponding point mapped to the Measured mesh model. This is a very useful comparison tool for identifying the accuracy of random point locations on the manufactured model. The typical method of mapping points is by using the Along Normal vector option, [...]

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