What D6076 means

D6076 covers an implant-supported retainer for a PFM FPD (high noble alloys). "D" is dental, "60" places it in the implant services area, and "76" is this implant-supported PFM high-noble FPD-retainer code. It's the same PFM/high-noble construction concept as D6069, but IMPLANT-SUPPORTED (no separate billed abutment) rather than abutment-supported. So D6076 is the PFM/high-noble anchor crown of an implant bridge, connecting directly to the implant.

So it's the PFM bridge-retainer material of D6069, but architecturally direct-to-implant.

D6076 combines PFM's strength-plus-esthetics with implant-supported (direct) architecture, mirroring the single-crown pattern (D6067): implant-supported (no separate billed abutment) — the retainer connects DIRECTLY to the implant; one fee, not an abutment-plus-retainer structure; this contrasts with D6069 (abutment-supported, same alloy class), where a separate abutment is billed; PFM construction (same as D6069) — a metal coping for strength, with tooth-colored porcelain fused over it for a reasonable esthetic result even under the load-bearing demands of a bridge retainer; high noble metal — the gold-rich alloy class (≥60% noble, ≥40% gold), the same standard used throughout the family; note on CDT descriptor variation — some CDT code descriptions for this position include titanium/titanium alloy alongside high noble as acceptable metals, reflecting how implant-supported metal-crown codes have sometimes grouped metal options differently than the abutment-supported family; the treatment record/lab prescription clarifies exactly which metal was used; why PFM here — the same strength-and-esthetics logic as D6069, applied to a direct-to-implant retainer: metal reinforcement for the transmitted bridge forces, porcelain for a reasonable appearance; and per-retainer, per-bridge coding — this code applies to EACH retainer that is implant-supported/PFM/high-noble (or as otherwise specified) on that bridge. Distinguish by SUPPORT from D6069 (abutment-supported, same alloy concept); by MATERIAL from D6075 (ceramic) and D6077 (cast metal). Coverage varies. This code is in the implant services area. Documentation supports the claim.

When it's typically used

D6076 is reported for each implant-supported PFM retainer crown (high noble alloys, per the applicable CDT descriptor) anchoring an implant-supported bridge (FPD) — used when the restorative design connects a metal-reinforced, porcelain-covered retainer directly to the implant (no separate billed abutment). It's coded per retainer, alongside the bridge's pontic code(s). Distinct by support from D6069 (abutment-supported, same alloy concept) and by material from D6075 (ceramic) and D6077 (cast metal).

How much does D6076 cost?

An implant-supported PFM high-noble FPD retainer's cost reflects a lab-fabricated PFM retainer crown with a gold-rich alloy, attached directly to the implant — typically ONE fee (retainer only), since there's no separate abutment billed as with the abutment-supported family (D6069). The bridge's pontic(s) are billed separately. Coverage varies (implant/bridge benefits often subject to alternate-benefit, missing-tooth, and per-unit limitations). Verify coverage with the relevant plan.

Is D6076 covered by insurance?

Coverage for D6076 varies. Because it's implant-supported, there's no separate abutment code for this retainer. Reporting the correct SUPPORT type (implant-supported) and MATERIAL/METAL CLASS (PFM, high noble per the applicable descriptor) is essential; confirm the current CDT descriptor for this code, as metal groupings for implant-supported crowns have varied across versions. If there's no implant/bridge coverage, an alternate benefit may apply; missing-tooth clauses and per-unit limitations are common. Verifying coverage helps.

PFM strength, direct-to-implant billing

Combining reinforcement with simpler architecture, and understanding this clarifies the code.

Understanding D6076's combination clarifies the code. D6076 brings together the PFM strength case (from D6069) with the implant-supported billing simplicity (from D6075): the PFM case for a retainer — a metal-reinforced core under porcelain gives strength for handling forces transmitted from the pontic through the bridge, while still offering reasonable tooth-colored esthetics — the same rationale as D6069; the implant-supported case — connecting the retainer directly to the implant (no separate billed abutment) means one fee per retainer instead of an abutment-plus-crown pair, simplifying the bridge's billing structure at that anchor; combining them — D6076 delivers PFM's strength-esthetics balance in the more streamlined, direct-to-implant billing format; where this fits — bridges where the restorative system supports direct implant-to-crown connections, and PFM (rather than all-ceramic or full metal) is chosen for the retainer's material; the single-crown parallel — D6076 relates to D6069 exactly as D6067 (implant-supported metal single crown) relates to D6062 (abutment-supported metal single crown) — same underlying idea of support-type independence from material; and per-case verification — as with any implant-supported code, confirming that no separate abutment was actually billed (which would instead call for D6069) is essential for correct coding.

So D6076 pairs PFM's structural reinforcement with the implant-supported billing structure. So D6076 combines PFM strength with a direct-to-implant, one-fee retainer structure. Understanding this helps patients see that D6076 brings together the PFM strength case (from D6069) with the implant-supported billing simplicity (from D6075) — the PFM case for a retainer (a metal-reinforced core under porcelain giving strength for handling forces transmitted from the pontic through the bridge, while still offering reasonable tooth-colored esthetics, the same rationale as D6069), the implant-supported case (connecting the retainer directly to the implant/no separate billed abutment meaning one fee per retainer instead of an abutment-plus-crown pair, simplifying the bridge's billing structure at that anchor), combining them (D6076 delivering PFM's strength-esthetics balance in the more streamlined direct-to-implant billing format), where this fits (bridges where the restorative system supports direct implant-to-crown connections, and PFM/rather than all-ceramic or full metal chosen for the retainer's material), the single-crown parallel (D6076 relating to D6069 exactly as D6067/implant-supported metal single crown relates to D6062/abutment-supported metal single crown, same underlying idea of support-type independence from material), and per-case verification (as with any implant-supported code confirming that no separate abutment was actually billed/which would instead call for D6069 being essential for correct coding) — so D6076 pairing PFM's structural reinforcement with the implant-supported billing structure.

A note on descriptor variation across CDT versions

Metal groupings for implant-supported crowns haven't always mirrored abutment-supported codes exactly, and understanding this clarifies practical coding care.

Understanding descriptor nuance clarifies D6076. Unlike the abutment-supported family (which cleanly splits into three metal classes per material), some implant-supported crown/retainer codes have, across CDT revisions, grouped metal options somewhat differently: not always a clean three-way split — while abutment-supported PFM crowns/retainers have distinct high-noble, noble, and base-metal codes, implant-supported versions have sometimes combined metal categories (e.g., some descriptors list high noble metal alongside titanium/titanium alloy under a single code) rather than mirroring the exact three-tier structure; why this happened — as implant-supported coding options have evolved and expanded over time, CDT has periodically adjusted how metal-containing implant-supported crowns are grouped, sometimes creating asymmetry with the abutment-supported family; the practical implication — a provider should check the CURRENT CDT code book's exact descriptor for the implant-supported PFM retainer position being used, rather than assuming perfect mirroring with the abutment-supported trio; documentation still key — regardless of the exact grouping, the treatment record and lab prescription should specify the actual alloy/material used, supporting accurate code selection; and the core principle unaffected — despite this nuance, the fundamental logic (support type + material + metal class considerations) still governs; it's the exact code boundaries that occasionally differ from the cleanly mirrored abutment-supported family.

So providers should verify the current CDT descriptor for implant-supported PFM retainers, since metal groupings have sometimes evolved differently than the abutment-supported trio. So D6076's exact metal-class boundaries may differ slightly from D6069's, per current CDT descriptors — verify accordingly. Understanding this helps patients see that unlike the abutment-supported family (which cleanly splits into three metal classes per material) some implant-supported crown/retainer codes have, across CDT revisions, grouped metal options somewhat differently — not always a clean three-way split (while abutment-supported PFM crowns/retainers having distinct high-noble, noble, and base-metal codes, implant-supported versions having sometimes combined metal categories/e.g., some descriptors listing high noble metal alongside titanium/titanium alloy under a single code rather than mirroring the exact three-tier structure), why this happened (as implant-supported coding options have evolved and expanded over time CDT periodically adjusting how metal-containing implant-supported crowns are grouped, sometimes creating asymmetry with the abutment-supported family), the practical implication (a provider should check the CURRENT CDT code book's exact descriptor for the implant-supported PFM retainer position being used, rather than assuming perfect mirroring with the abutment-supported trio), documentation still key (regardless of the exact grouping the treatment record and lab prescription should specify the actual alloy/material used, supporting accurate code selection), and the core principle unaffected (despite this nuance the fundamental logic/support type + material + metal class considerations still governing, it being the exact code boundaries that occasionally differ from the cleanly mirrored abutment-supported family) — so providers should verify the current CDT descriptor for implant-supported PFM retainers since metal groupings have sometimes evolved differently than the abutment-supported trio.

Choosing an implant-supported PFM retainer

When strength, esthetics, and simpler billing all point the same way, and understanding this clarifies the decision.

Understanding when D6076 is chosen clarifies the code. The path to D6076 combines several considerations that, together, favor this specific combination: the implant system supports direct connection — the restorative workup for that implant allows the crown to attach directly, without an independently billed abutment step — a design/engineering decision made earlier in planning, not at the coding stage; PFM is the material of choice — the retainer needs metal-reinforced strength (for transmitted bridge forces) while retaining reasonable esthetics, ruling out full cast metal (too visibly metallic) and, for that specific case, also ruling out all-ceramic (perhaps due to strength concerns for that span/location); high noble (or the applicable metal per current CDT descriptor) is used — the actual alloy determines the metal specification within D6076's descriptor; whole-bridge planning — as always, the retainer's material/architecture choice is typically made in concert with the pontic and any other retainer(s) on the same bridge; and verification — before finalizing the code, confirming (from the actual restoration) both the implant-supported architecture and the PFM/high-noble material match what D6076 (per the current CDT descriptor) actually describes.

So D6076 fits when an implant-supported bridge calls for a PFM retainer with the specified metal, built with a direct implant connection. So D6076 is chosen when implant-supported architecture and PFM/high-noble material both fit the case. Understanding this helps patients see that the path to D6076 combines several considerations that together favor this specific combination — the implant system supports direct connection (the restorative workup for that implant allowing the crown to attach directly without an independently billed abutment step, a design/engineering decision made earlier in planning, not at the coding stage), PFM is the material of choice (the retainer needing metal-reinforced strength for transmitted bridge forces while retaining reasonable esthetics, ruling out full cast metal/too visibly metallic and, for that specific case, also ruling out all-ceramic/perhaps due to strength concerns for that span/location), high noble (or the applicable metal per current CDT descriptor) is used (the actual alloy determining the metal specification within D6076's descriptor), whole-bridge planning (as always the retainer's material/architecture choice typically made in concert with the pontic and any other retainer(s) on the same bridge), and verification (before finalizing the code confirming from the actual restoration both the implant-supported architecture and the PFM/high-noble material match what D6076 per the current CDT descriptor actually describes) — so D6076 fitting when an implant-supported bridge calls for a PFM retainer with the specified metal, built with a direct implant connection.

Where D6076 fits in the codes

D6076 is the metal-containing implant-supported retainer, and understanding this clarifies the coding.

Understanding where D6076 sits clarifies the coding. D6076 is among the implant services codes (D6000s), in the single-tooth FPD RETAINER family, in the IMPLANT-SUPPORTED branch: implant-supported FPD retainers — D6075 (ceramic), D6076 (PFM/metal-containing, per the applicable descriptor — this code), D6077 (cast metal/metal-containing, per the applicable descriptor); the abutment-supported parallel — D6069 (PFM, high noble), D6070 (PFM, base), D6071 (PFM, noble), and D6072-D6074 (cast metal by class); the single-crown parallel — D6067 (implant-supported metal single crown, a related concept for a stand-alone tooth); and the abutments (relevant only to the abutment-supported family) — D6056/D6057.

So D6076 is precisely: an implant-supported PFM retainer crown (metal per the applicable CDT descriptor, e.g., high noble alloys), anchoring one end of an implant-supported FPD, with no separately billed abutment. It's distinguished from D6069 (the abutment-supported version) by support type, from D6075 (ceramic) and D6077 (cast metal) by material, and from D6067 by role (bridge retainer vs single crown). The provider codes D6076 for each implant-supported PFM retainer using the specified metal (one fee, no separate abutment, plus the pontic separately). So D6076 is the PFM/metal-containing member of the implant-supported FPD retainer family. Understanding this helps patients see that D6076 is among the implant services codes (D6000s) in the single-tooth FPD RETAINER family, in the IMPLANT-SUPPORTED branch — implant-supported FPD retainers (D6075/ceramic, D6076/PFM, metal-containing per the applicable descriptor, this code, D6077/cast metal, metal-containing per the applicable descriptor), the abutment-supported parallel (D6069/PFM, high noble, D6070/PFM, base, D6071/PFM, noble, and D6072-D6074/cast metal by class), the single-crown parallel (D6067, implant-supported metal single crown, a related concept for a stand-alone tooth), and the abutments/relevant only to the abutment-supported family (D6056/D6057) — so D6076 is precisely an implant-supported PFM retainer crown (metal per the applicable CDT descriptor, e.g., high noble alloys), anchoring one end of an implant-supported FPD, with no separately billed abutment, distinguished from D6069 (the abutment-supported version) by support type, from D6075 (ceramic) and D6077 (cast metal) by material, and from D6067 by role (bridge retainer vs single crown), the provider coding D6076 for each implant-supported PFM retainer using the specified metal (one fee, no separate abutment, plus the pontic separately).

Frequently asked questions

What is the D6076 dental code?

It's an implant-supported retainer crown for a fixed partial denture (FPD, i.e., a bridge), porcelain fused to metal (PFM) with high noble metal (per the applicable CDT descriptor). It's the implant-supported counterpart to D6069: the crown connects directly to the implant, without a separate, separately billed abutment, anchoring one end of an implant-supported bridge.

How is D6076 different from D6069?

They share the PFM/high-noble concept, but differ in support type. D6069 sits on a separately billed abutment, so restoring that anchor point involves two fees (abutment plus retainer). D6076 connects directly to the implant, with no separate abutment fee, so it's typically just one fee per retainer.

Why might CDT descriptors for implant-supported metal retainers differ from the abutment-supported trio?

Implant-supported crown and retainer codes have sometimes grouped metal options (like high noble alongside titanium alloys) differently than the clean three-tier high-noble/noble/base system used for abutment-supported crowns. It's worth checking the current CDT descriptor for the exact metal specification of this code, since coding conventions have evolved over CDT revisions.

Why choose PFM instead of all-ceramic or full metal for an implant-supported retainer?

PFM balances strength and esthetics: the metal core reinforces the retainer against forces transmitted from the bridge's pontic, while the porcelain overlay gives reasonable tooth-colored appearance. It's chosen when full metal's lack of esthetics isn't acceptable but all-ceramic's strength margin isn't considered sufficient for that particular retainer or span.

Does the pontic need to match the retainer material?

Typically yes — the retainer's material and architecture are usually planned together with the pontic and any other retainer on the same bridge, for a cohesive, well-integrated, esthetically and mechanically consistent restoration.

Is it covered by insurance?

Coverage varies. Because it's implant-supported, there's no separate abutment code for this retainer. Reporting the correct support type (implant-supported) and material/metal class per the current CDT descriptor is essential. If there's no implant/bridge coverage, an alternate benefit may apply; missing-tooth clauses and per-unit limitations are common. Verify your coverage.

This page is an independent, plain-language explanation for general information only. It is not billing, coding, or clinical advice. For the official CDT descriptor and current-year wording, refer to the American Dental Association.