Restorative digital workflow is a process that uses digital technology to plan, design, and manufacture restorative dental work. This approach allows for more accurate and precise restorations, which can result in better outcomes for patients.
The restorative digital workflow typically involves several steps, including:
- Digital scanning: The patient’s teeth and surrounding tissues are scanned using specialized digital scanners to create a 3D model of the mouth.
- Digital design: The dentist uses specialized software to design the restorations, such as dental crowns or bridges, using the 3D model. The design is customized to fit the patient’s specific needs and preferences.
- Digital manufacturing: The designed restoration is then manufactured using computer-aided manufacturing (CAM) technology, such as a 3D printer or milling machine. This process ensures that the restoration is precisely made to match the design.
- Placement: Once the restoration is ready, it is placed in the patient’s mouth and secured in place.
Benefits of restorative digital workflow include:
- Enhanced accuracy and precision in the design and manufacture of restorations
- Reduced need for physical impressions, which can be uncomfortable for patients
- Faster turnaround time for restorations
- Improved communication between the dentist and the dental laboratory
- Increased patient involvement in the design process
Overall, restorative digital workflow is a valuable tool that can help dentists to provide more accurate and precise restorations, resulting in better outcomes for patients.