Dental Code D6122: Implant supported retainer for metal FPD – noble alloys

Dental Code D6122 refers to the procedure of creating an implant-supported retainer for a metal fixed partial denture (FPD) using noble alloys. This code is specific to dental billing and serves as a standardized way to communicate the treatment performed between dentists, insurance companies, and other dental professionals. 

Dental Code D6122 signifies the fabrication and placement of an implant-supported retainer for a metal fixed partial denture. This code specifically mentions the use of noble alloys, which are high-quality, biocompatible metals commonly used in dental restorations. The retainer is a crucial component of a fixed partial denture, providing stability and support by engaging with dental implants.

The first step in the process of creating an implant-supported retainer for a metal FPD is the evaluation and treatment planning stage. The dentist will assess the patient's oral health, including the condition of the remaining teeth, the quality and quantity of bone in the implant area, and the overall bite and occlusion. This evaluation helps determine the feasibility and suitability of the procedure for the patient. During the evaluation and treatment planning stage, the dentist carefully examines the patient's oral health, considering factors such as remaining teeth condition, bone quality, quantity, and bite alignment, to ensure the procedure's viability and appropriateness for the individual.

Once the treatment plan is established, the next step involves the surgical placement of dental implants. This is typically done by an oral surgeon or a periodontist. The implants are made of biocompatible materials, such as titanium, and are surgically inserted into the jawbone to replace the missing tooth roots. The number and location of the implants depend on the specific case and the design of the FPD. Following the established treatment plan, dental implants, typically composed of biocompatible materials like titanium, are surgically inserted into the jawbone by an oral surgeon or periodontist to serve as replacements for the missing tooth roots, with the number and location determined based on the individual case and FPD design.

After the implants are placed, a healing period is necessary to allow for osseointegration. Osseointegration is the process by which the implants fuse with the surrounding bone, providing a stable foundation for the implant-supported retainer. This integration typically takes several months, during which the patient's oral health is closely monitored. Following implant placement, a critical healing period ensues to facilitate osseointegration, a process in which the implants integrate and fuse with the surrounding bone, establishing a solid foundation for the implant-supported retainer; this integration typically requires several months, during which the patient's oral health is meticulously monitored.

Once osseointegration is complete, the next step involves the placement of abutments. Abutments are connectors that attach to the dental implants and protrude from the gum tissue. They serve as anchors for the implant-supported retainer. The abutments are carefully selected and placed to ensure proper alignment and support for the final restoration. The selection and placement of abutments are crucial to achieve optimal alignment and support for the final implant-supported retainer.

With the abutments in place, an impression of the patient's teeth and implants is taken. This impression serves as a mold for the dental laboratory to fabricate the implant-supported retainer. The dentist or dental technician will select a noble alloy, which is a high-quality metal known for its biocompatibility and strength, to create the retainer. Using the patient's impression, the dental laboratory carefully crafts the implant-supported retainer using a selected noble alloy, ensuring a precise fit and optimal biocompatibility.

Once the implant-supported retainer is fabricated, it is tried in the patient's mouth to assess its fit, comfort, and aesthetics. Any necessary adjustments are made at this stage to ensure a precise and accurate fit. Once the retainer meets all the criteria, it is permanently cemented or screw-retained onto the abutments, completing the restoration process.

Dental Code D6122 represents the creation and placement of an implant-supported retainer for a metal fixed partial denture using noble alloys. This procedure involves several steps, including evaluation and treatment planning, implant placement, healing and osseointegration, abutment placement, impression and laboratory fabrication, and final try-in and placement. The use of noble alloys ensures the retainer's strength, biocompatibility, and longevity. By following this standardized dental code, dental professionals can communicate and bill for this specific treatment accurately. It is important to consult with a qualified dentist or prosthodontist to determine the suitability of this procedure for individual patients and to discuss the available options for restorative dental care.

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