Nuclear Refurbishment

Complex Piping


Termination Point Measurement and Verification


The word “Termination Point” is often used in fabrication shops and modular and pre-fabrication projects. Termination points are points of connection between assemblies.


The most critical issue when shipping and building assemblies is to make sure that the termination points are within tolerance, and everything in between has secondary importance. The current methods for measuring termination points are using laser trackers or adjustable 3D jigs. Both methods are expensive and are complex for fabrication shop workers to operate.


Glove Systems has solved this problem with its “Termination Checker” module. The module allows the users to accurately find the termination points on their as-builts and compare them against the model. Glove Systems’ method was demonstrated for the fabrication of feeder tubes to determine compliance of termination points. The accuracy of the method was also benchmarked against industrially accepted methods. It was found that Glove Systems method has an average accuracy of 1.03 mm.

Termination Point Detected on the Model

Termination point on model

Termination Point Detected on The Scan Point Cloud

Termination point on scanned pt

Final Termination Point Analysis

Final analysis

Once the Termination Points are detected on one end, Glove Systems algorithms can then overlay the scan assembly on the model such that the Termination points are overlaid. Glove Systems optimization engine can then provide the best match between the scan and model to minimize the deviation on the second termination point.

This process is akin to a 3D jig whereby one end of an assembly is installed to the precalibrated end and the deviation on the other end is minimized.



If your project is driven by tight tolerances and the verification of termination points are critical, contact us to see a demo on how Glove Systems novel technology can help your project.

The Termination Point calculation tool is designed to be used by fabrication workers and as a less expensive alternative to Laser trackers, Total Stations, and 3D jigs.