Porosity measurement

Scanning and printing technology has completely altered how modern industries function in the U.S. From forensics to production to medical fields, industrial computed tomography has made it easier to create the models, parts and systems we need everyday. If you have ever had a scan done at the dentist’s office to check for cavities or needed to use a printer to create a color portfolio, then you’re using scanning technology that was been carefully cultivated for decades.

History Of Industrial Computed Tomography

Medicine and science wouldn’t be the same today without the early beginnings of industrial 3D scanner services. The CT, short for ‘computerized tomography’, was first invented in 1972 by Godfrey Hounsefield and Allan Cormack. They were later awarded the Nobel Peace Prize for their technological contributions to the fields of medicine and science. The first clinical CT scanners were installed in 1974, originally devoted to head scans and later branching out to include the entire body.

3D Scanning Services

X-rays have advanced so significantly in the past few decades that they can process as fast as 30 frames per second. While a few single CT scans would’ve taken a few hours to generate years ago, nowadays complete 3D models can be constructed in a matter of seconds. Everything from reverse engineering to prototyping has been made possible from the rapid advances in 3D laser technology. When it comes to the benefits of industrial x-ray equipment, many companies and industries would be bereft without its speed, flexibility and ease of use.

Benefits Of CT Scanning

Almost every industry or production outlet benefits from the fast and accurate translations of 3D laser scanning services, though each type of scanning needs to be altered to better benefit unique tasks and goals. Micro-CT scans, for example, offers a resolution of over 100 times better than standard medical CAT scanning technology. Digital radiography uses a combination of traditional scanning paired with digital methods to reduce exposure time and transfer images five times faster than chemical film. Technology only gets better as time goes on, which means that the scanning we take for granted today could be obsolete tomorrow.