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No matter what tools you’re using, you’ll have to be precise and pay attention to the details that make each patient unique. Regardless of whether you’re using a computer or a lathe, some things never change for a DLT. Related Resource: Where Can a DLT Work? At the end of the day, you’re still a DLT A DLT who can do both will be a valuable commodity to many dental labs. There certainly are transferable skills from creating prosthetics manually to digitally, but they are very different skills. Part of that expense is the specialized training dental laboratory technicians need to use it. The computers, software, and milling machinery needed to make CAD/CAM prosthetics are all specialized and expensive, even more so than other dental lab technology. Related Resource: Interview With Dental Lab Tech Instructor Peter Shull Disadvantages of CAD/CAMĬosts and learning curve are major roadblocks to wider adoption of CAD/CAM technology.
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DLTs work hard to hone their precision with manual tools, but CAD/CAM allows them to take that precision even further, and make fine alterations to prosthetics that even the best-trained human hand or eye would miss. CAD/CAM is also precise, and allows for dental labs to work with a variety of cutting-edge materials such as zirconia and ceramics. Depending on a lab’s proximity to a dentist’s office and the lab’s workload, it’s conceivable that a patient could be fitted for and receive that prosthetic the very same day.
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Related Resource: Dental Laboratory Tools and How to Use Them Advantages of CAD/CAMĭental CAD/CAM can be very fast. The process is a bit different from traditional dental lab fabrication methods and presents a few advantages and disadvantages. When it’s time to make the crown, bridge, or other prosthetic, they’ll generally mill it out of a single block of fabrication material. DLTs using CAD/CAM create a 3D model of the patient’s mouth, then model the prosthetic. Dental CAD/CAM allows DLTs to work with a digital 3D model of a patient’s teeth instead of the more traditional physical dental impressions and molds.
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Related Resource: A Guide to Dental Prosthetics What is CAD/CAM?ĬAD and CAM stand for computer-aided design and computer-aided manufacturing, respectively, though in the dental lab each prosthetic is still custom made rather than manufactured. If you become a DLT, there’s a good chance you’ll work not only with your hands, but also with some of the most advanced computer design and fabrication technology out there today. Those tools include plenty of older, established technologies such as abrasive blasters and dental lathes, but also include powerful computers and CAD/CAM technology for designing and fabricating prosthetics. Dental laboratory technicians (DLTs) work with a wide range of high-tech tools and materials to create prosthetics like bridges and crowns.