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Yes, with the purchase of the Digital Mounting Adapter for the OneBite Evolution, you will receive one month of complimentary mounting services. This gives you the opportunity to fully explore the benefits of our system at no initial cost. After the first month, you can decide to continue using the mounting service with the submission fees.

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The fee structure for submissions with the Digital Mounting Adapter is based on a per-submission charge. Each time you submit a record for mounting, a fee will be applied to your account. If you require quicker processing, we offer an expedited option that prioritizes your submission for faster turnaround. The expedited service incurs an additional fee, ensuring that your records are mounted and returned to you as quickly as possible.

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The Digital Mounting Adapter is a specialized tool designed to accurately transfer digital records from the OneBite Evolution System into an analog format. It ensures that the precise 3D spatial alignment of the maxillary arch is maintained during the transfer to a physical model.

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The adapter seamlessly integrates with digital workflows by allowing intraoral or desktop scans to be transferred into the physical world without loss of accuracy. It bridges the gap between digital records and traditional articulators, ensuring consistency throughout the process.

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The adapter provides enhanced accuracy while eliminating the need for stone during articulation. The digital records are precisely reproduced in physical models. This is particularly beneficial for complex restorations, where precision is critical.

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The adapter is designed to be compatible with a wide range of articulator brands and models, ensuring versatility in different lab environments. The Digital Mounting Adapter is compatible with Stratos, Artex, Kavo, Denar, Panadent, and SAM.

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Proper calibration involves following the setup instructions provided in the user manual, mainly the calibration of the articulator using the manufacturer calibration tool.

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The process includes submitting patient scans, values, articulator brand, and digital records to the digital portal. From here, simply print the configured models and transfer the translated digital record orientation to the physical model within the articulator.

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The adapter is designed to work with records from various intraoral scanners. It manages variations by ensuring that the digital records are correctly aligned with the adapter’s reference points, allowing for accurate transfer regardless of the scanner used.

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If misalignment occurs, technicians should verify the calibration of the articulator, check the input values for accuracy, and ensure that the records were correctly captured by the scanner.

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The adapter uses precise reference points and complex 3D positioning calibration tools to maintain the accuracy of digital records during the transfer. This ensures that the physical model is an exact replica of the digital record, preserving the integrity of the positioning and replication.

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Common mistakes include incorrect calibration, misalignment of the adapter with the articulator, and inputting incorrect Z & Y values. These can be prevented by carefully following the setup instructions and performing regular checks during the transfer process.

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The adapter is capable of handling complex cases by ensuring that each restoration is accurately aligned with the patient’s original digital record. This precision is crucial for full-arch reconstructions and other intricate dental restorations.

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By streamlining the transfer of digital records to physical models, the adapter reduces the time needed for setup, stone models, stone mounting, and alignment. This increases efficiency in the lab, allowing technicians to complete more cases in less time.

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Yes, the adapter is designed to handle both upper and lower arch records simultaneously, ensuring that the relationship between the two arches is accurately preserved during the transfer.

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The adapter maintains consistency across multiple cases by using standardized reference points and calibration settings. This ensures that every case follows the same accurate process, reducing the risk of variability.

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At present, this is the protocol for using the Digital Mounting Adapter. To obtain the calibrated 3D models ready for printing, the required files and information must be submitted. The OneBite Digital Mounting Adapter software will be available shortly.

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At the moment, you need to submit the files to the digital portal to receive the ready-to-print 3D models. However, a software that will allow users to mount the cases themselves will be available soon.

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The submitted files will be returned within 24 hours. An expedited option is also available for faster processing.

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Yes, the adapter is ideal for use in training and educational settings, where it can be used to demonstrate the transfer of digital records to physical models. Its precision and ease of use make it an excellent teaching tool.

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The adapter can lead to significant cost savings by reducing the need for remakes, minimizing setup time, and improving overall efficiency. These savings are particularly noticeable in high-volume labs where time and accuracy are critical.

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The adapter’s precision and reliability are integral to quality assurance processes, ensuring that each restoration meets the required standards. Technicians can trust that the adapter will deliver consistent results, helping to maintain the lab’s reputation for quality.

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While the adapter is designed to be universally compatible, some customization or modifications may be possible to suit specific lab needs. Technicians should consult with OneBite Evolution support for advice on potential modifications.

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The adapter’s secure mounting and transfer process ensure that records are not distorted during the transfer. This is achieved through state-of-the-art translation processes and precise alignment using high-quality components.

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Common mistakes include incorrect calibration, misalignment of the adapter with the articulator, and inputting incorrect Z & Y values. These can be prevented by carefully following the setup instructions and performing regular checks during the transfer process.

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Yes, the adapter can be used to replicate records from past cases by accurately transferring the original records to the current setup. This is particularly useful for cases requiring revisions or updates based on previous work. The comprehensive digital workflow allows for the saving of the patient data and original files to create and recreate cases seamlessly.

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The adapter models are created based on the OneBite Evolution Clinician System records and values. By capturing the baseline and maxillary record accurately using precise reference points, the clinician ensures the maxillary arch is properly aligned with the true horizontal plane. This alignment guarantees that the final 3D printed models accurately represent the intended occlusion.

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If digital records are incomplete, the technician should first attempt to contact the clinician for clarification or additional scans.

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The adapter uses calibration tools, elaborate software, and alignment markers to ensure that the occlusal plane is correctly oriented during the transfer. This is crucial for maintaining the accuracy of the final restoration’s bite and fit.

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Yes, the adapter is suitable for orthodontic cases, allowing for the precise transfer of digital records to physical models . This ensures that the physical models used in orthodontic planning and appliance creation are accurate representations of the patient’s dentition.

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In cases requiring multiple articulators, the adapter ensures that each portion of the record is accurately aligned with its respective articulator. Each printed file will be different adapting to the variations of the specified articulators. This is particularly useful for complex cases involving multiple segments or arches.

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With the innovative software, the position can be replicated to an analog articulator via 3D printed models. The adapter manages this transition by accurately transferring digital records into a format that can be used in analog workflows, maintaining the integrity of the original data. This hybrid approach is essential for cases that require the strengths of both digital and analog techniques.

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Yes, the adapter is capable of handling dynamic occlusion cases by ensuring that the maxillary records are accurately transferred, allowing for precise jaw movement simulations. This is critical for creating restorations that accommodate the patient’s natural jaw movements.

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If discrepancies arise between the physical model and the digital record, technicians should first check the calibration and alignment of the adapter. Ensure no print supports were placed within the pattern that attaches to the adapter and check for any warping in the 3D print. If this does not solve the issue, reassessing the input values and verifying the integrity of the original digital scan may also be necessary to resolve the issue.

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The adapter can accommodate multiple bite registrations or provisional restorations by allowing technicians to accurately transfer each registration to the physical model. This ensures that all phases of the restoration process are accurately represented.

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Best practices include performing a final check of the calibration and alignment, comparing the physical model with the digital record, and ensuring that all reference points match up. Any discrepancies should be addressed before proceeding with the final restoration.

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Yes, the adapter is compatible with digital smile design workflows, ensuring that the digital records used in DSD are accurately transferred to physical models. This allows for precise planning and visualization of cosmetic dental treatments.

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The adapter allows for accurate adjustments to be made for cases with significant vertical dimension discrepancies, ensuring that the final physical model reflects the correct vertical relationships as intended in the digital record.

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The adapter is capable of accurately transferring both soft and hard tissue records, ensuring that the physical model includes all necessary details for comprehensive restoration planning.

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Yes, the adapter is particularly useful in labs focusing on high-end aesthetic cases. Its precision ensures that the final physical model accurately reflects the intricate details required for aesthetic restorations.

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The adapter is designed to be flexible and can be adjusted to accommodate various arch sizes and shapes. This ensures that the digital records, regardless of the patient’s unique anatomy, are accurately transferred to the physical model.

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Yes, the adapter can be used alongside bite registration records. These records should be accurately digitized and aligned within the system to ensure they are correctly represented in the final physical model, maintaining the patient’s bite relationship.

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The adapter allows for precise alignment of digital wax-ups by maintaining the correct spatial relationship between the maxillary arch and the articulator. Allowing for cross mounting simply by alternating the models within the adapters. Technicians should ensure that all digital records are accurately aligned before starting the wax-up process.

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The adapter’s precise and consistent transfer process ensures that records are easily shared and understood across different departments within a lab. This supports seamless collaboration, reducing the risk of errors or miscommunication.

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Yes, the adapter can accommodate adjustments to the occlusal scheme post-scan. Technicians can input the necessary changes during the digital record transfer, ensuring that the physical model accurately reflects these adjustments.

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The adapter ensures that all units of a multi-unit restoration or bridge are accurately aligned and transferred. It maintains the correct spatial relationships between the units, which is critical for the final restoration’s fit and function.

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The adapter is designed to accurately replicate variations in tooth morphology by maintaining the correct spatial relationships between teeth. This ensures that even subtle differences in morphology are preserved in the final physical model.

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For records involving significant overjet or overbite, the adapter must be carefully calibrated to ensure that these measurements are accurately transferred. Technicians may need to input specific adjustments during the transfer process to maintain these critical occlusal relationships.

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The adapter can accommodate records of patients with orthodontic appliances by accurately transferring the digital scan’s data, which includes the position of the appliances. This ensures that the physical model reflects the current state of the patient’s dentition.

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Best practices include performing a test transfer, carefully calibrating the adapter to account for dental wear or erosion, and verifying the transferred record against the original digital scan to ensure that all features are accurately represented.

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The printed models include midline reference to compare the dental and facial midline deviations. Enabling a clear relationship to then adjust for deviations in the midline or occlusal plane, ensuring that these deviations are accurately represented in the physical model. This is particularly important for cases that require precise alignment for successful restorations.

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The adapter ensures that the digital records for complex implant placements are accurately transferred to the analog model, preserving the precise implant positions. This is crucial for ensuring that the final restoration fits correctly over the implants.

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The adapter is designed to accurately capture and transfer variations in gingival architecture and soft tissue contours. This ensures that the physical model closely matches the patient’s oral anatomy, which is critical for prosthetic design.

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The adapter allows for the creation of highly accurate digital mock-ups, which can be used for patient presentations. These mock-ups provide a clear visualization of the final restoration, helping patients understand the treatment plan and expected outcomes.

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The adapter is equipped to handle cross-bite and other occlusal anomalies by maintaining the precise alignment of the dental arches during the transfer. Technicians can input specific adjustments to ensure that these anomalies are accurately reflected in the final model.

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For records requiring significant occlusal adjustments, technicians should ensure that the adapter allows for easy modification of the transferred data. This may involve re-aligning the model or making additional adjustments to the Z & Y values.

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The adapter is capable of handling records from patients who have undergone craniofacial surgery by ensuring that the digital data accurately reflects any changes in the craniofacial structure. This is critical for creating restorations that fit correctly and function properly.

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The adapter uses millimeter markings and a secure magnetic connection to maintain the exact 3D spatial alignment during the transfer process. This precision ensures that the physical model reflects the digital design with no loss of detail or orientation.

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The use of medical-grade aluminum provides durability, stability, and precision in the Digital Mounting Adapter. This material ensures that the adapter withstands repeated use while maintaining the high level of accuracy needed for dental restorations.

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The Digital Mounting Adapter is fully compatible with major file formats like 3Shape and Exocad. This compatibility allows for seamless integration into existing workflows, enabling accurate transfers from digital files to physical models without additional conversions.

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The Digital Mounting Adapter is compatible with Stratos, Artex, Kavo, Panadent, Denar Mk 2, Denar Mk 320, and SAM articulators. With the appropriate articulator plates for your chosen model, the rest of the system remains interchangeable, allowing seamless integration between various articulators through a simple magnetic plate connection.

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The universal articulator plates feature a magnetic connection that allows them to be easily interchangeable with various articulator brands. This flexibility ensures that the adapter can be used across different systems without compromising the accuracy of the transfer.

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Yes, the adapter is designed to handle highly complex dental cases by maintaining precise alignment and spatial orientation. Its advanced design ensures that even the most intricate details are accurately transferred from digital to analog models.

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If the risers do not fit correctly, technicians should verify that the correct number of risers has been selected according to the guide provided with the 3D print models. Also check that no supports were placed within the pattern and for any warping of the 3D model. If issues persist, consulting the user manual or customer support for further instructions may be necessary.

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The adapter simplifies the transition by providing pre-configured files that match the preferred values and articulator. This ensures that all digital work is accurately replicated in the analog world, maintaining precision and reducing the need for stone models.

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The protocols involve magnetically attaching the upper and lower adapters to the articulator plates and securing them with the provided screws. This ensures stability during the articulation process and allows for thorough occlusion checks.

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The adapter’s precise alignment and secure attachment systems minimize the margin of error during the transfer from digital to analog models. This accuracy reduces the likelihood of remakes and ensures better outcomes in dental restorations.

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The stone-free articulation process reduces mess, saves time, and enhances precision by eliminating the inconsistencies associated with traditional stone models. This leads to a more efficient workflow and cleaner, more accurate results.

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Technicians submit patient scans, patient photography, cube record scans, and the brand of articulator along with the Z & Y values to the Digital Portal. The portal then processes this information to create precisely aligned printable files for the Digital Mounting Adapter.

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The adapter’s universal system and interchangeable magnetic plates allow it to be used across different articulator brands without losing accuracy. This flexibility is crucial for labs that work with multiple brands of equipment.

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Best practices include identifying the correct risers, assembling the upper and lower adapters securely, and ensuring all components are properly aligned before attaching to the articulator. These steps help prevent errors and ensure a smooth transfer process.

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Yes, the adapter can handle asymmetrical dental arches by ensuring precise alignment and using the provided risers to accommodate any irregularities. This ensures that the final physical model accurately represents the patient ’s unique dental anatomy.

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Disposable components allow for multiple record transfers within the same day without the need for returning equipment from the laboratory. This increases efficiency and reduces the risk of cross-contamination between cases.

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The adapter’s precision tools ensure that occlusal contacts and guidance are accurately reproduced during the transfer process. This is crucial for maintaining the functional integrity of the final restoration.

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The adapter uses advanced alignment tools and magnetic plates to ensure that the physical models match the digital designs precisely. This is essential for achieving the desired fit and function in the final restoration.

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Yes, the adapter is ideal for labs transitioning to digital workflows, as it bridges the gap between digital design and analog production. It allows labs to maintain precision while adopting new digital techniques.

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The adapter is designed to be flexible and can adapt to unique or experimental digital workflows by using customizable settings. Technicians can configure the adapter to meet the specific requirements of these workflows, ensuring accurate transfers.

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The adapter is compatible with a wide range of digital tools and software, allowing for easy integration. Technicians can seamlessly incorporate additional digital resources into the workflow, ensuring a comprehensive approach to case management.

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Disassembly involves carefully detaching the adapters from the articulator plates, removing the risers, and cleaning each component with appropriate disinfectants. Proper cleaning and storage ensure the longevity and continued accuracy of the adapter.

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The adapter is compatible with various 3D printing technologies, ensuring that the printed models align correctly with the articulator. This flexibility allows labs to choose the printing technology that best suits their needs while maintaining precision.

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In a multi-location lab network, it’s important to standardize the usage protocols across all locations to ensure consistency. The adapter’s universal design supports uniform application, facilitating smooth transfers between locations by only sending the models without any equipment.

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The adapter accurately captures and transfers records that reflect significant gingival recession or tissue changes, ensuring that these variations are accounted for in the final model. This is essential for creating restorations that fit well and function properly.