Dental Code D6077: Implant supported retainer for metal FPD - high noble alloys

Dental Code D6077 refers to the procedure of creating an implant-supported retainer for a metal fixed partial denture (FPD) using high noble alloys. This code specifically relates to the construction of a dental prosthesis that is supported by dental implants and uses high noble alloys, which are known for their durability and biocompatibility. 

Dental Code D6077 represents the fabrication of an implant-supported retainer for a metal FPD using high noble alloys. In simpler terms, it refers to the construction of a dental prosthesis that replaces missing teeth and is anchored to dental implants. The retainer, which is the supportive structure for the FPD, is made from high noble alloys, which are precious metal alloys known for their strength, corrosion resistance, and biocompatibility.

The first step in the process involves a comprehensive examination of the patient's oral health. This includes evaluating the condition of the remaining teeth, assessing bone density and quality, and determining the suitability of dental implants. The dentist will create a customized treatment plan based on the patient's specific needs.

Once the treatment plan is established, the dental implants will be surgically placed into the jawbone. This procedure is typically performed under local anesthesia. The number and location of the implants will depend on the number of missing teeth and the quality of the jawbone. After implant placement, a healing period is necessary to allow the implants to integrate with the surrounding bone.

After the healing period, abutments are attached to the dental implants. Abutments act as connectors between the implants and the final restoration. They provide a stable foundation for the implant-supported retainer.

An impression of the abutments and surrounding teeth is taken to create an accurate model of the patient's mouth. This step is crucial for ensuring a precise fit and optimal functionality of the implant-supported retainer. The dentist uses dental putty or a digital scanning system to capture the shape and position of the abutments, adjacent teeth, and the surrounding soft tissues. Careful attention is given to capturing all the necessary details, including the bite registration and the relationship between the upper and lower teeth. This impression serves as a guide for the dental laboratory technicians who will fabricate the implant-supported retainer.

In the dental laboratory, skilled technicians use high noble alloys to fabricate the implant-supported retainer. High noble alloys, such as gold or platinum-based metals, are chosen for their excellent biocompatibility and longevity. The retainer is custom-designed to fit the patient's mouth and provide optimal support for the metal FPD.

Once the implant-supported retainer is fabricated in the dental laboratory, it is time for fitting and adjustment. The retainer is placed in the patient's mouth to evaluate its fit, comfort, and functionality. The dentist ensures that the retainer aligns properly with the abutments and surrounding teeth. Any necessary adjustments are made to achieve an accurate occlusion, bite alignment, and overall harmony with the patient's natural dentition. It is essential to achieve a proper fit to prevent discomfort, chewing difficulties, and potential damage to the restoration or natural teeth.

After the fitting and adjustment phase, the final metal fixed partial denture (FPD) is ready for placement. The FPD is composed of artificial teeth that are securely attached to the implant-supported retainer. The dentist carefully positions the FPD, ensuring that it aligns harmoniously with the patient's remaining natural teeth, both in terms of aesthetics and function. Depending on the specific design of the FPD, the dentist may use dental cement or adhesive to bond the restoration to the retainer and adjacent teeth. The final placement of the FPD provides a stable and durable solution for replacing missing teeth, restoring the patient's ability to bite, chew, and speak with confidence.

Dental Code D6077 involves the creation of an implant-supported retainer made from high noble alloys for a metal fixed partial denture (FPD). The process includes diagnosis and treatment planning, implant placement, abutment placement, impression, laboratory fabrication, fitting and adjustment, and the final placement of the metal FPD. High noble alloys are used due to their strength, corrosion resistance, and biocompatibility. This procedure provides patients with a durable and long-lasting solution for replacing missing teeth.

Please note that prices for dental procedures can vary depending on various factors, including the location and specific requirements of each case. It is recommended to consult with a dental professional to get an accurate assessment and estimate for your specific needs. Use

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