Dental Code D6071: Abutment supported retainer for porcelain fused to metal FPD (noble metal)

D6071 is a dental code that refers to the fabrication and placement of an abutment supported retainer for a porcelain fused to metal fixed partial denture (FPD) using noble metals. This code represents a specific procedure in restorative dentistry that involves creating a retainer to support an FPD made of porcelain fused to a metal framework.

D6071 is a specific dental code that describes the process of fabricating an abutment supported retainer for a fixed partial denture (FPD) made of porcelain fused to metal (PFM), using noble metals. An abutment supported retainer is a component of the FPD that helps secure the artificial teeth in place by attaching to the abutment teeth on either side of the gap. Porcelain fused to metal restorations combine the strength and durability of a metal substructure with the aesthetic appearance of natural tooth-colored porcelain.

Before initiating the D6071 procedure, a thorough examination and evaluation of the patient's oral health are necessary. The dentist will assess the condition of the abutment teeth, surrounding tissues, and the suitability of the patient for the procedure. Diagnostic tests, such as X-rays or digital scans, may be performed to aid in treatment planning.

To create space for the abutment supported retainer, the abutment teeth require preparation. This involves removing a small amount of enamel and dentin from the abutment teeth to accommodate the thickness of the retainer and ensure proper fit. The preparation process is performed under local anesthesia to ensure patient comfort.

Once the abutment teeth are prepared, an impression of the teeth and surrounding tissues is taken using dental impression materials. This impression captures the precise contours and dimensions of the prepared abutment teeth, which serves as the foundation for the fabrication of the abutment supported retainer.

To protect the prepared abutment teeth while the final restoration is being fabricated, temporary restorations may be placed. These temporary restorations help maintain the aesthetics, function, and proper alignment of the patient's teeth until the permanent restoration is ready.

The dental laboratory receives the impression taken from the patient's mouth and uses it to create a cast or digital model. Skilled dental technicians then fabricate the abutment supported retainer by carefully layering porcelain onto a noble metal substructure. This fusion of metal and porcelain provides both strength and natural aesthetics to the final restoration.

Once the laboratory-fabricated abutment supported retainer is received, it is carefully evaluated during the try-in stage. The dentist places the retainer onto the prepared abutment teeth to assess its fit, appearance, and occlusal (bite) relationship. This crucial step allows the dentist to ensure that the retainer aligns properly with the adjacent and opposing teeth, creating a harmonious bite and optimal function.

During the try-in, the dentist examines the esthetics of the retainer, evaluating its color, shape, and overall appearance. Any necessary adjustments to the retainer can be made at this stage to achieve the desired outcome. The dentist may modify the contour, shape, or shade of the porcelain layer, ensuring a seamless integration with the patient's natural teeth.

Furthermore, the dentist evaluates the occlusion, or how the upper and lower teeth come together when biting or chewing. Any discrepancies in the bite may be identified and corrected through selective adjustments to the retainer. This process ensures that the patient's bite is balanced, comfortable, and functional.

After the try-in and necessary adjustments, the abutment supported retainer is permanently cemented onto the abutment teeth. The dentist uses dental cement to secure the retainer in place, creating a stable and functional restoration that mimics the appearance and function of natural teeth.

The dentist precisely positions the retainer onto the prepared abutment teeth, taking care to seat it fully and evenly. Excess cement is removed, and the occlusion is carefully evaluated to ensure that the patient's bite remains balanced. Once everything is in place, a curing light is used to activate the dental cement, facilitating its hardening and creating a strong bond between the retainer and the abutment teeth.

The final cementation completes the process, resulting in a stable and securely attached abutment supported retainer. The patient can now enjoy the benefits of a functional and aesthetically pleasing fixed partial denture.

D6071 refers to the abutment supported retainer for porcelain fused to metal fixed partial dentures (FPD) using noble metals. This dental code signifies the process of fabricating and placing a retainer that supports an FPD made of porcelain fused to metal. The procedure involves tooth preparation, impression taking, laboratory fabrication, try-in and adjustment, and final cementation. By using noble metals as the framework for the retainer and layering porcelain for aesthetics, the resulting restoration combines strength, durability, and natural appearance.

It is important to note that dental costs can vary depending on various factors such as geographical location, the complexity of the case, and the dental practitioner. If you would like to explore dental treatment options, compare prices for the dental procedure D6071 with Dr. BestPrice.