What D6086 means

D6086 covers an implant-supported crown, porcelain fused to titanium or titanium alloys. "D" is dental, "60" places it in the implant services area, and "86" is this implant-supported titanium PFM crown. 'Implant-supported' means direct connection to the implant (no separate billed abutment); 'porcelain fused to titanium or titanium alloys' means a PFM crown with a titanium-based metal substructure. So D6086 is a PFM crown with a titanium core, attached directly to the implant.

So it's a porcelain-over-titanium tooth connecting straight to the implant — using the same metal family the implant itself is made from.

D6086 introduces a metal category distinct from the noble-metal classification (high noble/noble/predominantly base) used elsewhere in the crown family: titanium as the metal — instead of a gold-based or non-precious alloy, the crown's metal coping is titanium or a titanium alloy; titanium is a lightweight, very strong, highly biocompatible metal — the SAME material family most dental implants themselves are made from; why titanium for a crown — biocompatibility: titanium has an outstanding track record for being well-tolerated by the body (which is exactly why it's used for implants in the first place); using it for the crown's substructure can appeal to patients/clinicians prioritizing biocompatibility, or in specific technical/laboratory workflows (titanium copings can be milled precisely with CAD/CAM technology); strength-to-weight — titanium offers a strong, relatively lightweight substructure; PFM construction (same idea as the other PFM crowns) — porcelain is fused/applied over the titanium substructure for a tooth-colored surface, same 'strength core + esthetic surface' logic as gold-alloy PFM crowns; implant-supported (direct) — like D6067 and D6082, the crown connects directly to the implant, with no separate, independently billed abutment; a separate code category — because titanium isn't classified within the high noble/noble/base noble-metal system, it gets its OWN distinct code (D6086) rather than fitting into that three-tier structure; and material-code matching — reporting D6086 requires that titanium (not a gold-alloy or base-metal PFM) was actually used; using the wrong material code is a common coding error across this whole family. Distinguish by METAL from the noble-metal PFM crowns (D6066 high noble, D6082 base); by SUPPORT from any abutment-supported titanium crown code if applicable (e.g., D6094). Coverage varies. This code is in the implant services area. Documentation supports the claim.

When it's typically used

D6086 is reported for a single implant-supported crown, porcelain fused to titanium or titanium alloys — a PFM crown with a titanium metal substructure, connecting directly to the implant without a separate billed abutment. It's chosen when titanium (rather than a gold-based or base-metal alloy) is used for the crown's coping, often for biocompatibility or CAD/CAM milling workflow reasons. Distinct by metal type from D6066 (high noble) and D6082 (base alloys), and from any abutment-supported titanium equivalent.

How much does D6086 cost?

An implant-supported titanium PFM crown's cost reflects a lab/CAD-CAM-fabricated titanium-cored crown with a porcelain overlay, attached directly to the implant — typically ONE fee (crown only), since there's no separate abutment billed. Titanium substructure costs and fabrication methods (often milled) differ from traditional cast-alloy PFM crowns. Coverage varies (implant crowns often subject to alternate-benefit, missing-tooth, and time limitations). Reporting the correct material matters. Verify coverage with the relevant plan.

Is D6086 covered by insurance?

Coverage for D6086 varies. Because it's implant-supported, there's no separate abutment code — the crown itself is the billed restoration. Reporting the correct MATERIAL (titanium/titanium alloy, distinct from the noble-metal classes) is essential; titanium doesn't fit the high noble/noble/base system and has its own code. If there's no implant coverage, an alternate benefit may apply; missing-tooth clauses and 5-10 year limitations are common. Documentation of the material supports the claim. Verifying coverage helps.

Why titanium for a crown

The implant's own metal, used for the crown too, and understanding this clarifies the material choice.

Understanding titanium's role clarifies D6086. Titanium's appeal for a crown's substructure comes directly from why it's used for implants in the first place: implants are (usually) titanium — most dental implant fixtures are made of titanium or titanium alloy, chosen for its exceptional biocompatibility (the body readily accepts it, which is central to osseointegration succeeding); extending that biocompatibility — using titanium for the CROWN's metal substructure as well means the restoration's metal component shares that same well-tolerated material profile, appealing where biocompatibility is a priority (e.g., patient sensitivity concerns with other alloys, or simply consistency of materials); strength-to-weight — titanium is strong yet relatively lightweight, a favorable combination for a dental substructure; modern fabrication — titanium copings are often produced via CAD/CAM milling (digitally designed and precision-milled from a solid titanium blank), a modern manufacturing approach distinct from traditional casting used for gold-alloy or base-metal copings; PFM logic preserved — as with any PFM crown, porcelain is fused/applied over the titanium substructure for a natural-looking, tooth-colored surface — the same 'strong core, esthetic surface' principle; and a distinct category — titanium doesn't fit into the high-noble/noble/base classification (which is about precious-vs-non-precious content); it's its OWN material category with its own code.

So titanium is chosen for its biocompatibility, strength-to-weight profile, and modern milling workflow — with the same PFM logic as gold-alloy crowns. So titanium is used for its biocompatibility and strength, matching the implant's own material. Understanding this helps patients see that titanium's appeal for a crown's substructure comes directly from why it's used for implants in the first place — implants are usually titanium (most dental implant fixtures made of titanium or titanium alloy, chosen for its exceptional biocompatibility/the body readily accepting it, which is central to osseointegration succeeding), extending that biocompatibility (using titanium for the CROWN's metal substructure as well meaning the restoration's metal component shares that same well-tolerated material profile, appealing where biocompatibility is a priority/e.g., patient sensitivity concerns with other alloys, or simply consistency of materials), strength-to-weight (titanium being strong yet relatively lightweight, a favorable combination for a dental substructure), modern fabrication (titanium copings often produced via CAD/CAM milling/digitally designed and precision-milled from a solid titanium blank, a modern manufacturing approach distinct from traditional casting used for gold-alloy or base-metal copings), PFM logic preserved (as with any PFM crown porcelain fused/applied over the titanium substructure for a natural-looking tooth-colored surface, the same 'strong core, esthetic surface' principle), and a distinct category (titanium not fitting into the high-noble/noble/base classification/which is about precious-vs-non-precious content, being its OWN material category with its own code) — so titanium chosen for its biocompatibility, strength-to-weight profile, and modern milling workflow, with the same PFM logic as gold-alloy crowns.

A category apart from the noble-metal system

Titanium doesn't fit high noble/noble/base, and understanding this clarifies the coding logic.

Understanding titanium's coding category clarifies D6086. The noble-metal classification (high noble/noble/predominantly base) that organizes most PFM and cast-metal crown codes doesn't apply to titanium — here's why that matters: the noble-metal system's basis — high noble, noble, and predominantly base are defined by the PROPORTION of noble (precious) metal (gold, platinum, palladium) in a traditional dental casting alloy; titanium isn't part of that system — titanium and its alloys are a chemically and functionally different category of dental metal; they're not scored on a 'percent precious metal' scale the way gold-based or base-metal casting alloys are; a dedicated code — because it doesn't fit the three-tier noble-metal system, CDT gives titanium PFM crowns their OWN code(s) rather than trying to slot titanium into 'high noble/noble/base'; D6086 is that dedicated implant-supported titanium PFM code; parallel structure — just as the noble-metal system has abutment-supported and implant-supported versions (D6059-D6061 and D6066/D6082, etc.), titanium PFM crowns can similarly have both abutment-supported (e.g., a titanium-specific abutment-supported code) and implant-supported (D6086) versions, depending on CDT's current code set; why this distinction matters for coding — a claim reviewer or coder must recognize that titanium crowns are coded differently from the gold/base-metal PFM family — NOT as a variant of high noble, noble, or base; and growing relevance — as titanium and CAD/CAM milling become more common in implant dentistry, correctly identifying and coding titanium-based restorations (rather than defaulting to a noble-metal code) is increasingly important.

So D6086 exists as titanium's own coding lane, separate from the high-noble/noble/base system. So titanium crowns get their own code category, distinct from the noble-metal classification. Understanding this helps patients see that the noble-metal classification (high noble/noble/predominantly base) that organizes most PFM and cast-metal crown codes doesn't apply to titanium — the noble-metal system's basis (high noble, noble, and predominantly base defined by the PROPORTION of noble/precious metal/gold, platinum, palladium in a traditional dental casting alloy), titanium isn't part of that system (titanium and its alloys being a chemically and functionally different category of dental metal, not scored on a 'percent precious metal' scale the way gold-based or base-metal casting alloys are), a dedicated code (because it doesn't fit the three-tier noble-metal system CDT giving titanium PFM crowns their OWN code(s) rather than trying to slot titanium into 'high noble/noble/base', D6086 being that dedicated implant-supported titanium PFM code), parallel structure (just as the noble-metal system has abutment-supported and implant-supported versions/D6059-D6061 and D6066/D6082, etc., titanium PFM crowns able to similarly have both abutment-supported/e.g., a titanium-specific abutment-supported code and implant-supported/D6086 versions, depending on CDT's current code set), why this distinction matters for coding (a claim reviewer or coder having to recognize that titanium crowns are coded differently from the gold/base-metal PFM family, NOT as a variant of high noble, noble, or base), and growing relevance (as titanium and CAD/CAM milling become more common in implant dentistry, correctly identifying and coding titanium-based restorations rather than defaulting to a noble-metal code being increasingly important) — so D6086 existing as titanium's own coding lane, separate from the high-noble/noble/base system.

PFM titanium, implant-supported

Combining material and architecture, and understanding this clarifies D6086's full identity.

Understanding D6086's full identity clarifies the code. D6086 combines a specific material with a specific architecture — both matter for the correct code: the material — porcelain fused to TITANIUM or titanium alloys (not a gold-based or base-metal alloy); this is what separates D6086 from D6066 (PFM, high noble alloys) and D6082 (PFM, predominantly base alloys); the architecture — implant-supported: the crown connects DIRECTLY to the implant, with no separate, independently billed abutment component; this is what separates D6086 from any abutment-supported titanium PFM equivalent (if reported under a different code in a given CDT version); together — D6086 = titanium PFM + implant-supported; changing either variable changes the code: a different metal (high noble, base) with the same implant-supported architecture would be D6066 or D6082; the same titanium material with an abutment-supported architecture would be a different, abutment-supported titanium code; billing implication — like other implant-supported crowns, D6086 typically involves ONE fee (crown only), no separate abutment fee; and documentation — the lab prescription/treatment record should clearly specify BOTH the titanium material and the implant-supported (direct) connection design to support accurate coding.

So D6086 is precisely titanium PFM plus implant-supported architecture — two independent choices combined into one code. So D6086 = titanium PFM material + implant-supported (direct) architecture. Understanding this helps patients see that D6086 combines a specific material with a specific architecture and both matter for the correct code — the material (porcelain fused to TITANIUM or titanium alloys, not a gold-based or base-metal alloy, this being what separates D6086 from D6066/PFM, high noble alloys and D6082/PFM, predominantly base alloys), the architecture (implant-supported: the crown connecting DIRECTLY to the implant with no separate independently billed abutment component, this being what separates D6086 from any abutment-supported titanium PFM equivalent if reported under a different code in a given CDT version), together (D6086 = titanium PFM + implant-supported, changing either variable changing the code: a different metal/high noble, base with the same implant-supported architecture being D6066 or D6082, the same titanium material with an abutment-supported architecture being a different abutment-supported titanium code), billing implication (like other implant-supported crowns D6086 typically involving ONE fee/crown only, no separate abutment fee), and documentation (the lab prescription/treatment record should clearly specify BOTH the titanium material and the implant-supported/direct connection design to support accurate coding) — so D6086 being precisely titanium PFM plus implant-supported architecture, two independent choices combined into one code.

Where D6086 fits in the codes

D6086 is the titanium PFM implant-supported crown, and understanding this clarifies the coding.

Understanding where D6086 sits clarifies the coding. D6086 is among the implant services codes (D6000s), in the single-tooth IMPLANT-SUPPORTED crown family, occupying the TITANIUM material slot (a category apart from the noble-metal system): implant-supported single crowns by material — D6065 (porcelain/ceramic, no metal), D6066 (PFM, high noble alloys), D6067 (metal, high noble alloys), D6082 (PFM, predominantly base alloys), D6086 (PFM, titanium/titanium alloys — this code); the noble-metal abutment-supported parallel — D6058 (ceramic), D6059-D6061 (PFM), D6062-D6064 (cast metal), all organized by high noble/noble/base — a system titanium sits outside of; and abutment placement (only relevant to abutment-supported restorations) — D6056/D6057.

So D6086 is precisely: an implant-supported crown, porcelain fused to titanium or titanium alloys, with no separately billed abutment. It's distinguished from D6066 (PFM, high noble) and D6082 (PFM, predominantly base) by METAL TYPE (titanium, a category apart from the noble-metal classification), and from any abutment-supported titanium equivalent by SUPPORT type. The provider codes D6086 for the implant-supported titanium PFM crown (one fee, no separate abutment). So D6086 is the titanium PFM member of the implant-supported single-crown family, in its own metal category. Understanding this helps patients see that D6086 is among the implant services codes (D6000s) in the single-tooth IMPLANT-SUPPORTED crown family, occupying the TITANIUM material slot (a category apart from the noble-metal system) — implant-supported single crowns by material (D6065/porcelain, ceramic, no metal, D6066/PFM, high noble alloys, D6067/metal, high noble alloys, D6082/PFM, predominantly base alloys, D6086/PFM, titanium, titanium alloys, this code), the noble-metal abutment-supported parallel (D6058/ceramic, D6059-D6061/PFM, D6062-D6064/cast metal, all organized by high noble/noble/base, a system titanium sits outside of), and abutment placement/only relevant to abutment-supported restorations (D6056/D6057) — so D6086 is precisely an implant-supported crown, porcelain fused to titanium or titanium alloys, with no separately billed abutment, distinguished from D6066 (PFM, high noble) and D6082 (PFM, predominantly base) by METAL TYPE (titanium, a category apart from the noble-metal classification), and from any abutment-supported titanium equivalent by SUPPORT type, the provider coding D6086 for the implant-supported titanium PFM crown (one fee, no separate abutment).

Frequently asked questions

What is the D6086 dental code?

It's an implant-supported crown, porcelain fused to titanium or titanium alloys — a PFM crown with a titanium metal substructure, connecting directly to the implant without a separate, separately billed abutment. Titanium is the same metal family most dental implants themselves are made from, prized for exceptional biocompatibility.

Why use titanium for a crown instead of gold or base metal?

Mainly for biocompatibility — titanium has an outstanding track record of being well-tolerated by the body, which is exactly why it's used for implants themselves. Using it for the crown's substructure extends that biocompatibility to the restoration. Titanium is also strong yet relatively lightweight, and titanium copings are often precisely CAD/CAM milled.

How does titanium fit into the high noble/noble/base classification?

It doesn't. That classification is based on the percentage of precious metal (gold, platinum, palladium) in a traditional casting alloy. Titanium is a chemically different metal category, not scored on that precious-metal scale, so it gets its own dedicated code (D6086) rather than being slotted into high noble, noble, or base.

How is D6086 different from D6066 and D6082?

The metal is different. D6066 uses a high-noble (gold-rich) alloy, and D6082 uses a predominantly base (non-precious) alloy — both fit the noble-metal classification. D6086 uses titanium or a titanium alloy, an entirely separate metal category. All three are implant-supported PFM crowns with the same architecture; they differ in what metal the coping is made of.

How many fees does D6086 typically involve?

Usually just one — the crown fee. Like other implant-supported crowns, D6086 connects directly to the implant with no separate, independently billed abutment component, so there's typically a single line item rather than an abutment fee plus a crown fee.

Is it covered by insurance?

Coverage varies. Because it's implant-supported, there's no separate abutment code. Reporting the correct material (titanium, not a noble-metal class) is essential — titanium crowns are coded differently from the gold/base-metal PFM family. If there's no implant coverage, an alternate benefit may apply; missing-tooth clauses and 5-10 year 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.