Articles Tagged with ''computed tomography''

Modern manufacturing demands more precision than ever. Computed tomography (CT) is a potentially valuable tool for ensuring that precision.

Modern manufacturing demands more precision than ever in both individual parts and assemblies.

Ortho Baltic, a manufacturer of patient-specific medical implants, invested in additive manufacturing and CT inspection technology.

With continuous advances in optical inspection technology yielding 3D scanners that are today capable of stunning speed and accuracy, a growing number of companies are including this technology in their first article inspection (FAI) procedures.

What started as a project to investigate the accuracy and reproducibility of reverse engineering a product using computed tomography (CT) and additive manufacturing with 3D printing technology has helped to establish some guidelines and processes for the future of high-quality “3D copying.”

Visit a manufacturing industry trade show and you will see brightly colored parts on display on the 3D printing vendors’ stands.

Many new industries are employing 3D scanning not only to create 3D models of parts or products for reverse engineering but also to explore the composition and rapid production of ready-to-use parts via 3D printing.

The use of computed tomography (CT scanning) for dimensional inspection is rapidly expanding as companies discover how this technology is the best solution for a wide range of dimensional inspection, flaw detection, and assembly verification applications. 

X-ray computed tomography (CT) is an important industrial tool that enables us to see not only external surfaces but also internal features of an object without cutting or disassembling the sample.

Industry leaders and users of NSI’s NDT technology presented their key learnings and discoveries on how they have used industrial X-ray and computed tomography equipment and software, and the results of their findings.