Oral Arts Dental Laboratories, Inc

Attention dentists: Great time to switch to a U.S. based dental lab. ?? https://lnkd.in/e-yCbRev

Balancing the natural translucency required for lifelike anterior restorations with the robust strength needed in posterior applications is a challenge we continually face in our work. With Element Z 4Y zirconia, we’ve found a solution that directly addresses these challenges. Its multi-layered design offers a lifelike appearance while reliably supporting restorations, from anterior crowns to posterior bridges and implant crowns. Key features of Our Element Z 4Y Zirconia: ?? Multi-layered design: Incorporates a pre-blended shade gradient from gingival to incisal for a natural look without the need for extra customization. ?? Versatility: Suitable for a wide range of indications, streamlining the workflow by reducing the need for multiple materials. ?? Integrated workflow: Element Z 4Y zirconia’s balanced properties allow it to serve as the sole material in many full-arch restorations, ensuring a cohesive aesthetic and consistent performance across the arch. ?? Durability: Backed by a lifetime fracture warranty, Element Z 4Y zirconia gives us the confidence to support long-term clinical success. If you haven’t used zirconia 4Y yet, what would you need to see in its clinical performance to consider it for your cases? #ZirconiaRestorations #RestorativeDentistry #DentalLab #DigitalDentistry #ElementZ4Y

This maxillary monolithic zirconia cross-arch fixed implant prosthesis, crafted with minimally veneered pink porcelain gingiva and a cobalt chromium connecting bar, demonstrates the intricacies of multi-step prosthetic workflows. Working from a monoblock prototype and current intraoral scans, our team meticulously replicated the intaglio contours and occlusal details, ensuring a precision fit that directly addresses the challenges inherent in complex cases. We also fabricated an additional occlusal guard based on the zirconia prosthesis, highlighting the delicate balance between function and aesthetics. Comprehensive documentation, including design file submissions and verification screenshots, was essential in coordinating each phase of the process: digital design and scanning, waxing, finishing, contouring, glazing, and precise occlusal adjustments using an articulator-mounted setup. Clear communication and streamlined processes are at the heart of our success, ensuring each prosthesis meets rigorous functional standards while showcasing refined aesthetics. How do you approach replicating intaglio contours from a monoblock prototype to ensure precision in the final prosthesis? #DentalLab #DigitalDentistry #ImplantDentistry #Prosthodontics #DentalTechnology

See you in Chicago!?If you’re attending, we’d love to meet you. ?? The 40th Annual LMT Communications, Inc.‘s LAB DAY and the Chicago Dental Society’s Midwinter 2025 are right around the corner! ???Which trends or innovations are you most excited to check out? #LMTLabDay #MidwinterMeeting #DentalTechnology #DigitalDentistry #DentalIndustry

With over 54 years under our belt, we know firsthand how a slight misstep in the impression process can create a cascade of challenges. While many labs struggle with ensuring precision from the start, our early adoption of digital protocols has helped us address these issues head on. We recognize that any deviation during the initial impression can compromise the entire workflow, and our digital approach has proven to be a practical solution to these challenges. Dr. Ramsey, drawing on his extensive experience with digital workflows, porcelain technologies, and restorative materials, reinforces the importance of consistency and attention to detail at every step. This serves as a reminder to continually review and refine our methods, ensuring that even the most fundamental processes like impression accuracy receive the careful attention they deserve. ?? How have you addressed inconsistencies in the initial impression stage? ?? Dr. Chris Ramsey | Rob Ritter #DentalLab #DigitalDentistry #RestorativeExcellence #ClinicalCollaboration #Prosthodontics

Predictability and efficiency are key in implant placement, even for experienced clinicians. With 3D-printed surgical guides, implant positioning is planned digitally incorporating: ? Esthetics & function. Restorations align with the patient’s anatomy ? Bone structure. Placement optimized for long-term stability ? Efficiency. 5-day turnaround upon treatment plan approval ? Consistency. Fixed pricing, regardless of implant count Case Requirements: ?? Impression or digital scan file ?? CBCT scan ?? Completed Surgical Guide Consent Form Printed on Stratasys high-precision printers, these guides assist in maintaining accuracy across edentulous and non-edentulous cases. Many clinicians report improved workflow efficiency, reduced chair time, and greater control over implant placement. How are digital guides shaping your approach to implant surgery? Let’s discuss practical applications and insights. ?? #ImplantDentistry #GuidedSurgery #DentalTechnology #Prosthodontics #OralSurgery #DigitalDentistry #CBCT #DentalImplants

When extractions aren’t an option due to a history of radiation therapy and the risk of osteoradionecrosis (ORN), treatment planning demands a functional, adaptable approach. In this case, Dr. Michael T. Kase, DMD, utilized a Swinglock prosthesis, a reliable option for patients with minimal remaining dentition who require additional retention. ? Provides retention when traditional solutions aren’t viable ? Accommodates existing dentition while maintaining functional stability ? Physical dexterity plays a key role and this patient adapted with ease ? Planned and executed with our techs to ensure a precise, functional outcome When the clinical need calls for it, revisiting proven frameworks like the Swinglock can offer a practical and effective solution for specific challenges. ?? For colleagues who’ve worked with Swinglock frameworks, how do you approach patient adaptation? #MaxillofacialProsthetics #Prosthodontics #RestorativeDentistry #Obturator #DentalLab #Swinglock #DentistryWorkflow

We’ll be there! If you will be too, we’d love to connect! The 40th Annual LMT Communications, Inc.'s LAB DAY and the Chicago Dental Society's Midwinter 2025 are almost here, the largest dental laboratory show in the world, bringing together dental professionals to explore new materials, digital workflows, and lab-dentist collaboration. ?? What’s on your must-see list for this year’s event? #LMTLabDay #MidwinterMeeting #DentalLab #RestorativeDentistry #Prosthetics

From printed metals to fully integrated workflows, the evolution in materials and techniques is changing how restorations are designed and produced. 3D printing is changing the way we produce metal frameworks. The precision of printed metals allows for highly detailed, accurate fits while reducing the variables that come with traditional casting. Watching these processes firsthand highlights the value of a strong partnership between lab and clinician. When technology supports precise craftsmanship, the result is reliable, consistent restorations that meet both functional and esthetic demands. Have you worked with 3D-printed metal frameworks in your cases? Share your experience in the comments! ??????Dr. Rob Ritter #DentalLab #DigitalDentistry #RemovableProsthetics #Prosthodontics #RestorativeDentistry

Last week, we had the opportunity to be part of UAB SOD’s Alumni Weekend, a great reminder of how much collaboration shapes this field. ? Strengthening lab-dentist partnerships for more predictable outcomes. ? Thoughtful discussions on case planning, material selection, and complex restorations. ? Future dental professionals bringing fresh perspectives to the field. Thanks to everyone who stopped by to chat, we love being part of your journey! If you attended, what were your biggest takeaways from this year’s event? #UABSOD #DentalCommunity #CollaborationInDentistry #DentalLab #OralArtsDentalLab