Precision-milled in solid alloys from 3D CAD data, these crowns offer precise fit with a surface that requires less time to finish, reducing the chance of dimensional alteration in processing. Characterized and documented alloy blanks ensure alloy purity, consistent density with no voids, and material certification for your patient records.
Call Udell Dental Laboratory for information!
952-926-9266 or 800-248-9943
Udell Dental Laboratory’s 3D printed biocompatible try-ins for Valplast allow you to verify the final fit and retention in the patient’s mouth at the 2nd visit. This can eliminate remakes and chairside adjustment. Your patients will appreciate having a great-fitting partial on the first try!
Call Us! 952-926-9266 or 800-248-9943
Studying naturally occurring materials may aid in the development of new man-made composites for the dental industry. as well as many other industries that use high strength materials.
Excerpt from BBC: “Engineers in the UK have found that limpets’ teeth consist of the strongest biological material ever tested. Limpets use a tongue bristling with tiny teeth to scrape food off rocks and into their mouths, often swallowing particles of rock in the process. The teeth are made of a mineral-protein composite, which the researchers tested in tiny fragments in the laboratory. They found it was stronger than spider silk, as well as all but the very strongest of man-made materials.”
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Beavers don’t brush their teeth, and they don’t drink fluoridated water, but a new study reports beavers do have protection against tooth decay built into the chemical structure of their teeth: iron.
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Still an innovative product after many years of clinical use, Valplast is an excellent esthetic solution for the replacement of missing teeth where cost or physiological factors preclude fixed restorations. Valplast is biocompatable for patients with allergies to acrylics, and the level of comfort is superior to metal frameworks or other resin-based partials.
Udell Dental Laboratory was one of the earliest labs to incorporate 3D computer modeling and printing for flexible Valplast partials. Computer modeling has helped the lab to deliver precisely fitting partials that require less chair time for the dentist and a better experience for the patient.
Proven through over 60 years of clinical use, Valplast material is strong, non-invasive and virtually invisible. Because Valplast partials use a tissue-bearing technique for retention, they are designed by highly skilled and experienced lab technicians who are trained to determine the precise set of undercuts needed to hold them comfortably in place.
Computer modeling aids the lab technician in identifying the location and depth of undercuts, allowing them to quickly design the denture for optimal retention. Technicians also have absolute control over material thickness and contouring, which is an improvement over physical fabrication with wax sheets and wires. The accuracy, consistency, and repeatability of computer modeling greatly reduces the time-consuming finishing steps such as grinding and polishing, and allows the laboratory to deliver comfortable restorations requiring fewer adjustments at the dentist’s office.
“Until recently, creating Valplast partials required the same 60-year old process of manually modeling in wax,” said Jeff Udell, CDT, president of Udell Dental Lab in St. Louis Park, MN. “… and in certain sensitive cases, we will continue to rely on traditional hand techniques to custom fit our Valplast partials. However, for the majority of cases computer modeling is the preferred process. The block out, thickness, and fit are extremely consistent for a great-fitting Valplast partial.”
As an added economic benefit to patients, Valplast partials can be repaired or adjusted even after years of use. Udell Dental Laboratory is one of the few laboratories that routinely provide Valplast alterations and repair for patients with changes in oral anatomy or damaged partials. In order to be reliable, repairs should be made only by a Valplast certified lab, using materials and techniques recommended by the manufacturer.
Contact Udell Dental Laboratory for more information:
1-800-248-9943 or 1-952-926-9266
Udell Dental Laboratory utilizes Atlantis Abutment Core Files for abutment cases. The abutment core file is a highly precise digital representation of the outer surface of the Atlantis Abutment, which allows our laboratory to design the coping and final restoration even before the final abutment is received.
Working with the core file allows increased efficiency and predictable outcomes with higher precision digital files compared to traditionally scanned abutments. It eliminates the need to scan and cast the abutment, reducing the overall turnaround time.
Call for further information: 800-248-9943