In some dental practices—and at least in large dental laboratories—digitization has arrived. For example, intraoral scanners are becoming more and more popular in fabricating crowns and veneers. However, in the lateral and posterior tooth regions, the accuracy of the scans is quite limited. As soon as a cast of several teeth is required, such as for bridges or aligners, creating a plaster cast from a classic dental impression is still hailed as the most precise method—but unfortunately the most time-consuming.
With CT technology and VGSTUDIO MAX, dental professionals have now found the time-saving shortcut they were looking for. Thanks to automation, they can save a lot of time without having to compromise on the quality they've gotten used to.
It is difficult to imagine that in 1907, a little over a hundred years ago, cars were just beginning to replace horses as the standard form of transport. Now, car manufacturers all over the world are striving to pave our way to a cleaner, greener future by developing reliable, efficient EV motors. But how can we keep up with such a rapid shift in technology while ensuring that each motor is properly inspected—right down to the very last hairpin? This story looks at the current approaches and provides a few step-by-step actions for hairpin inspection using industrial computed tomography (CT) and VGSTUDIO MAX.
Whether it's a project milestone or a unique experience with Volume Graphics, our Storyteller Team looks forward to hearing from you.
Get in Touch