Every once in a while, we are lucky tobe part of transformative experiencesthat go beyond basic dental care. Cassondra, a survivor of sex trafficking, endured years of trauma that affected […]
Tony Sedler, President of Burbank Dental Lab says, "I am thankful for our clients who over the years have honored me and Burbank Dental Lab with their business, loyalty, and friendship."
Whether you’re a general dentist seeking the best materials for posterior restorations or a prosthodontist specializing in high-end indirect cases, staying up-to-date on composite advancements is crucial. The materials clinicians […]
At Burbank Dental Lab, we have found thatdentists are looking for materials thatgo beyond just “good enough.” GET YOUR FREE BURBANK DENTAL LAB FEE SCHEDULE REQUEST FEE SCHEDULE REQUEST FEE […]
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The anterior zone poses one of the most significant clinical challenges in implant dentistry. Often referred to as the “esthetic zone,” this region is central to a patient’s smile, confidence, […]
Historically, porcelain veneers have been an effective treatment option. In addition to preserving tooth structure, adhesive technologies offer excellent options to improve both the esthetic and restorative needs of the […]
At Burbank Dental Lab, we have found that dentists are looking for materials that go beyond just “good enough.”
Evolving dental restorative procedures
Almost all aspects of dental restorative procedures incorporate new technology. It has taken longer for denture processes to integrate, but digital protocols are now evolving rapidly in this field of dentistry. With our removable workflows, Burbank Dental Lab has been at the forefront of integrating computer-aided design/computer-aided manufacturing (CAD/CAM dentistry). As part of our ongoing investment in technology, we have introduced the Ivoclar Digital Denture System.
Key benefits that Ivoclar Digital Dentures can provide
Precision fit – The dentures are designed and produced using advanced 3D printing technology that creates a highly accurate fit to the patient’s clinical situation. This aids chewing comfort.
Strength and thinness – Monolithic veneer material allows for a thin denture base that remains fracture-resistant, providing a less bulky feel.
Consistent high quality – Digital workflow and automated manufacturing produce consistent results by eliminating manual variability.
Reduced appointments – No need for traditional impressions and fewer remodeling adjustments result in a better patient experience with fewer visits.
Esthetic and natural looks – Digital scanning, modeling and staining reproduces natural tooth aspects and realistic gingiva characteristics tailored to patient tissue.
Teeth stay in place – Precise clinical fidelity prevents the slipping and clicking that some see as a denture loses its suction seal over time. This enhances the confidence of the person who wears it.
In summary, precision fit, strength, reduced adjustments, and reliable aesthetics improve the overall denture experience.
Clinicians are providing removable dentures
Increasingly, clinicians are providing removable dentures due to the digitization of the denture process. There are an estimated 23 million edentulous patients and 12 million partially edentulous patients, according to the American College of Prosthodontists, which opens up the possibility of providing this group with much-needed dental care. It is particularly relevant because edentulous patients may experience serious health issues that lead to conditions such as cancer, diabetes, coronary heart disease, obesity, and nutritional deficiencies.
Making Cases Successful
Digital dentures are manufactured using a workflow designed as a complete manufacturing process. A removable full-arch denture can be made more efficiently through streamlined procedures.
Dental office processes are integrated with digital production processes in labs. Clinical records are only one part of the equation to ensure reproducible results. Lab processes must also incorporate advanced materials and the latest design software.
Since Burbank Dental Lab is one of the first labs to incorporate Ivoclar’s Digital Denture System, we have developed a thorough understanding of what is required for success in these types of cases. Digital workflows can be implemented in many different ways, including using digital impressions or scans for denture impressions.
Conventional impression methods can also be done via this workflow.
Using Ivoclar Digital Dentures has its advantages
Analog Denture Workflows
Analog denture workflows are challenged by the amount of time it takes to get an accurate and successful outcome. These challenges are exacerbated by inaccuracies in occlusion, vertical dimensions, and esthetics. A digital workflow can quickly and easily be fixed by making changes to the digital input.
In analog dentures, if something is off, such as the midline, all teeth and wax must be removed, and the process must start over. Analog systems can be labor-intensive and time-consuming.
Benefits of Digital Workflows
In addition to offering a more efficient way to process dentures, digital workflows also provide the following benefits:
Patients’ palates can be replicated with a thickness of 2.5 – 2.75mm.
Reducing the number of patient visits can increase profits and reduce costs.
The patient’s experience with the denture process has improved significantly.
The flexural strength of milled dentures is greater than that of analog dentures.
It is not necessary to create models, so errors are reduced.
With the 3D bite plate, you can produce incredibly accurate and reproducible bites.
The milled tooth try-in will ensure an exact fit.
By storing design files, dentures can be duplicated at any time.
There is no monomer release from milled denture bases.
Digital workflows have improved dentistry in all areas, including digital dentures. By making a digital try-in denture from a printed model, the clinician can refine the occlusion, flanges, and post dam, and make decisions regarding final tooth positioning.
A final denture can be created by combining these modifications with the original scan.
Place a dot on the patient’s nose and chin and measure the distance between them.
Using the centric tray from Ivoclar, you can take a record of the jaw.
The centric tray should be placed in the patient’s mouth near the previously marked VDO.
2. Ensure that the UTS face-bow is attached to the centric tray.
Be sure the UTS face-bow is attached to the centric tray, and record the measurements. For the production of 3-D bite plates, it is crucial to use this measurement to orient the digital models.
3. Fabricate a 3D bite plate.
3D bite plates are fabricated using digitally scanned information.
4. Communicate with the dental lab the measurements from the UTS CAD.
3D bite plates are fabricated using digitally scanned information.
5. Measurements and verification
You should make sure that your bite is level.
Ensure that the fit is correct.
It is essential to determine the final occlusal plane.
6. Finalize impressions
You will want to finalize impressions.
7. Import scans
Scans are imported into the Ivoclar digital denture software program.
8. A monolithic denture is milled
When milling a monolithic denture for try-in purposes, the following accuracy is ensured:
The smile line
The midline
Lip support should be checked
The buccal corridor
Position of the incisal edge
It is important to check and equilibrate the occlusion
Make sure that there are no problems with speech
9. It is now time to fabricate the final denture
For the final denture, a tissue-colored denture base or vestibular is milled.
Next, the dental arch will be milled in the shade of the chosen teeth. The teeth are then cured into the tissue material. It is essential to fine-mill the pink and white materials together to create a close fit.
Afterward, the denture is polished and finished.
Since the material used to mill the denture is already cured, the denture will not disfigure or warp over time, which allows it to fit perfectly and adapt to your patient’s palate. As a result of the excellent fit of the dentures, we have been able to create cases without the post-palatal seal.
Key Takeaways
With Ivoclar’s digital denture workflows, patients can benefit from digitally designed and milled dentures. There are multiple workflows for removable dentures, but clinicians can customize treatment for their patients using the digital denture process.
Patients who undergo removable procedures benefit from these customizations in terms of improved outcomes, predictability, lower costs, and a more pleasant experience.
Contact Burbank Dental Lab to learn how digital protocols can transform your dental practice.
Burbank Dental Lab has three new state-of-the-art Carbon M2 printers. We are very excited about the options that these cutting-edge printers will allow us to offer our dental clients. Here are some of the advantages that these printers will begin to deliver to you and your dental practice.
Our New State-Of-The-Art 3d Printers
Carbon offers a highly dependable 3D manufacturing solution for many dental applications with its breakthrough Digital Light Synthesis™ technology, enabled by a wide range of dental materials.
a new baseline for innovation in fabrication.
Burbank Dental Lab has the next generation of Carbon DLS™. Meet our new Carbon M3 and M3 Max printers. These advanced printers enhance fabrication possibilities using Digital Light Synthesis™ technology, enabling us to provide quality and innovation for our clients.
Meet Our New next generation of carbon DLS™ M3 Max Printers
The M3 printer is the cutting edge of DLS printing with a true 4K light engine. We save time and improve quality with Automated Print Ppreparation which ensures high-quality assurance and results.