Manufacturing for military readiness not only involves the initial production of arms, equipment, and technology but also the ongoing replacement and repair of degraded, outdated, or lost items, necessitating the use of the latest technology to enhance efficiency and effectiveness.

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.

It’s easy to take many of today’s technological marvels for granted, 3D measurement among them. The idea of simply pointing a “ray gun” of sorts at an object and obtaining all of its geometrical measurements would once have been solely the domain of Star Trek-ian science fiction.

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 science and technology of 3-D measurement has evolved dramatically in recent decades.

Many ideas can spring to mind when one hears the term reverse engineering.