What D6060 means

D6060 covers an abutment-supported porcelain-fused-to-metal crown (predominantly base metal). "D" is dental, "60" places it in the implant services area, and "60" is this abutment-supported PFM base-metal crown. 'PFM' is porcelain fused to metal; 'predominantly base metal' means the alloy is mostly non-precious metal (less than 25% noble content). So D6060 is a PFM implant crown, base-metal alloy, on a separate abutment.

So it's the visible tooth (porcelain over a base-metal core) on an implant abutment — the more economical metal choice.

D6060 is identical to D6059 in structure and construction — abutment-supported PFM — differing ONLY in the metal alloy class: abutment-supported (same as D6058/D6059) — the crown is retained, supported, and stabilized by a separate ABUTMENT (D6056/D6057) on the implant, billed separately; the crown sits on that abutment; PFM material (same as D6059) — a metal coping for strength, with tooth-colored porcelain fused over it for esthetics; predominantly base metal — the alloy class: BASE metal alloys are composed predominantly of NON-precious metals (by ADA definition, predominantly base = less than 25% noble metal); common base metals include nickel-chromium and cobalt-chromium; base-metal properties — base alloys are typically strong and rigid (high stiffness), and less expensive than noble/high-noble alloys; some patients have nickel sensitivity (a consideration with certain base alloys); why the metal class has its own code — CDT separates PFM crowns into high noble (D6059), predominantly base (D6060), and noble (D6061) because the alloys differ in cost and properties; the code must reflect the alloy actually used; and single tooth, abutment-supported — like its siblings, it's a single crown on a separate abutment (two-part billing: abutment + crown). Distinguish by METAL CLASS from D6059 (high noble) and D6061 (noble); by MATERIAL from all-ceramic (D6058) and cast metal (D6062-D6064); by SUPPORT from implant-supported crowns (D6065-D6067). Coverage varies (correct metal class essential; alternate-benefit/missing-tooth clauses common). This code is in the implant services area. Documentation supports the claim.

When it's typically used

D6060 is reported for a single abutment-supported PFM implant crown made with PREDOMINANTLY BASE metal — a metal-cored, porcelain-covered crown on a separate abutment, using a base-metal (mostly non-precious) alloy. It's chosen when the PFM crown uses a base-metal alloy (e.g., for economy or strength). The abutment (D6056/D6057) is billed separately. Distinct by metal class from D6059 (high noble) and D6061 (noble), and by material/support from the rest of the family.

How much does D6060 cost?

An abutment-supported PFM base-metal implant crown's cost reflects a lab-fabricated PFM crown using a base-metal (non-precious) alloy — generally the LEAST expensive metal class, since it contains little precious metal — plus, separately, the abutment (D6056/D6057). Base-metal PFM is often the economical metal-ceramic option. Coverage varies (alternate-benefit, missing-tooth, and time limitations common). Reporting the correct metal class matters. Verify coverage with the relevant plan.

Is D6060 covered by insurance?

Coverage for D6060 varies. The abutment is billed separately. Reporting the correct metal class is essential: PFM predominantly base = D6060, vs PFM high noble (D6059), PFM noble (D6061), all-ceramic (D6058), or cast metal (D6062-D6064). The lab prescription documents the alloy. If there's no implant coverage, an alternate benefit may apply; missing-tooth clauses and 5-10 year limitations are common. Documentation of the alloy supports the claim. Verifying coverage helps.

Base metal: strong and economical

Non-precious alloys with their own strengths, and understanding this clarifies the material.

Understanding base metal clarifies D6060. Predominantly base-metal alloys are one of the three PFM metal classes, with distinct characteristics: what 'base metal' means — the alloy is composed predominantly of NON-precious (base) metals; by ADA classification, predominantly base = less than 25% noble (precious) metal content; common base alloys — nickel-chromium (Ni-Cr) and cobalt-chromium (Co-Cr) are typical dental base alloys; strength and rigidity — base alloys tend to be strong and stiff (high modulus/rigidity); this can be advantageous (e.g., thin, strong copings); economy — with little precious metal, base alloys are generally the LEAST costly metal class — a reason they're chosen when cost is a factor; considerations — some base alloys contain nickel, and a minority of patients have nickel sensitivity/allergy — a factor in material selection; base alloys also differ from noble ones in casting/handling and, some argue, long-term behavior — clinicians weigh these; the same crown otherwise — apart from the alloy, a base-metal PFM crown is the same idea as any PFM: metal coping + porcelain overlay, on an abutment; and choosing base — clinicians may choose base metal for economy, for its strength/rigidity, or per their preference and the case, absent contraindications like nickel allergy.

So D6060's base-metal alloy offers strength and lower cost, distinguishing it within the PFM trio. So base metal is the economical, strong, non-precious PFM alloy class. Understanding this helps patients see that predominantly base-metal alloys are one of the three PFM metal classes with distinct characteristics — what 'base metal' means (the alloy composed predominantly of NON-precious/base metals, by ADA classification predominantly base = less than 25% noble/precious metal content), common base alloys (nickel-chromium/Ni-Cr and cobalt-chromium/Co-Cr being typical dental base alloys), strength and rigidity (base alloys tending to be strong and stiff/high modulus, rigidity, this able to be advantageous/e.g., thin, strong copings), economy (with little precious metal base alloys generally being the LEAST costly metal class, a reason they're chosen when cost is a factor), considerations (some base alloys containing nickel and a minority of patients having nickel sensitivity/allergy, a factor in material selection, base alloys also differing from noble ones in casting/handling and some argue long-term behavior, clinicians weighing these), the same crown otherwise (apart from the alloy a base-metal PFM crown being the same idea as any PFM: metal coping + porcelain overlay, on an abutment), and choosing base (clinicians possibly choosing base metal for economy, for its strength/rigidity, or per their preference and the case, absent contraindications like nickel allergy) — so D6060's base-metal alloy offering strength and lower cost, distinguishing it within the PFM trio.

The PFM metal-class trio

High noble, noble, base — three codes, and understanding this clarifies the distinctions.

Understanding the trio clarifies D6060. Abutment-supported PFM implant crowns come in three codes that differ ONLY by metal class — worth seeing together: D6059 — high noble — the gold-rich premium class (≥60% noble, ≥40% gold); excellent biocompatibility and track record; typically the most expensive; D6061 — noble — the middle class (≥25% noble metal); a balance of precious-metal benefits and cost; D6060 (this code) — predominantly base — less than 25% noble; mostly non-precious (Ni-Cr, Co-Cr); strong, rigid, economical; the spectrum — from high noble (most precious metal, priciest) → noble → predominantly base (least precious metal, least costly); the crown construction (PFM) is the same across all three; the choice — clinicians select the metal class based on cost, mechanical needs, biocompatibility considerations (e.g., nickel sensitivity favoring noble/high noble), and preference; coding follows the alloy actually used; the common error — reporting the wrong metal class (e.g., billing high noble when base was used, or vice versa) is a frequent, avoidable coding error; the lab prescription and treatment record document the alloy; and why three codes — the alloys' differing costs and properties justify separate codes so claims reflect the true material.

So D6060 is the base-metal member of the PFM trio — same crown, least-precious alloy. So D6060 is the base-metal member of the three-class PFM crown set. Understanding this helps patients see that abutment-supported PFM implant crowns come in three codes that differ ONLY by metal class (worth seeing together) — D6059/high noble (the gold-rich premium class/≥60% noble, ≥40% gold, excellent biocompatibility and track record, typically the most expensive), D6061/noble (the middle class/≥25% noble metal, a balance of precious-metal benefits and cost), D6060/this code, predominantly base (less than 25% noble, mostly non-precious/Ni-Cr, Co-Cr, strong, rigid, economical), the spectrum (from high noble/most precious metal, priciest → noble → predominantly base/least precious metal, least costly, the crown construction/PFM being the same across all three), the choice (clinicians selecting the metal class based on cost, mechanical needs, biocompatibility considerations/e.g., nickel sensitivity favoring noble/high noble, and preference, coding following the alloy actually used), the common error (reporting the wrong metal class/e.g., billing high noble when base was used or vice versa being a frequent avoidable coding error, the lab prescription and treatment record documenting the alloy), and why three codes (the alloys' differing costs and properties justifying separate codes so claims reflect the true material) — so D6060 being the base-metal member of the PFM trio (same crown, least-precious alloy).

Getting the material code right

Material miscoding is a common error, and understanding this clarifies the stakes.

Understanding coding accuracy clarifies D6060. Across the implant crown family, choosing the correct code hinges on correctly identifying the material and metal class — a frequent source of errors: the material axis first — is the crown all-ceramic (D6058), PFM (D6059-D6061), or cast metal (D6062-D6064)? Getting this wrong (e.g., coding PFM as all-ceramic) misrepresents the crown; the metal-class axis next — for PFM (and cast metal), which metal class — high noble, noble, or predominantly base? D6060 is PFM/base; miscoding the class (base vs noble vs high noble) is a well-known common error; why it happens — the codes look similar and differ by one attribute; without careful attention to the lab prescription, it's easy to grab the wrong one; the consequences — incorrect material/metal coding can cause claim issues, incorrect reimbursement, and inaccurate records; some payers reimburse metal classes differently; how to avoid it — document the correct material as represented in the treatment plan, the lab prescription, and the clinical record; code to what was ACTUALLY made; the support axis too — separately, confirm abutment-supported (D6058-D6064) vs implant-supported (D6065-D6067) — another axis where errors occur; and the discipline — accurate implant-crown coding = correct support type + correct material + correct metal class, every time.

So D6060 demands the same discipline as its siblings: verify it's PFM AND base metal AND abutment-supported before coding. So correctly identifying PFM + base metal + abutment-supported is what makes D6060 the right code. Understanding this helps patients see that across the implant crown family choosing the correct code hinges on correctly identifying the material and metal class (a frequent source of errors) — the material axis first (is the crown all-ceramic/D6058, PFM/D6059-D6061, or cast metal/D6062-D6064, getting this wrong/e.g., coding PFM as all-ceramic misrepresenting the crown), the metal-class axis next (for PFM/and cast metal which metal class/high noble, noble, or predominantly base, D6060 being PFM/base, miscoding the class/base vs noble vs high noble being a well-known common error), why it happens (the codes looking similar and differing by one attribute, without careful attention to the lab prescription it being easy to grab the wrong one), the consequences (incorrect material/metal coding able to cause claim issues, incorrect reimbursement, and inaccurate records, some payers reimbursing metal classes differently), how to avoid it (documenting the correct material as represented in the treatment plan, the lab prescription, and the clinical record, coding to what was ACTUALLY made), the support axis too (separately confirming abutment-supported/D6058-D6064 vs implant-supported/D6065-D6067, another axis where errors occur), and the discipline (accurate implant-crown coding = correct support type + correct material + correct metal class, every time) — so D6060 demanding the same discipline as its siblings: verify it's PFM AND base metal AND abutment-supported before coding.

Where D6060 fits in the codes

D6060 is the base-metal PFM abutment-supported crown, and understanding this clarifies the coding.

Understanding where D6060 sits clarifies the coding. D6060 is among the implant services codes (D6000s), in the abutment-supported single-crown series, in the PFM sub-group by metal class: abutment-supported PFM — D6059 (high noble), D6060 (predominantly base — this code), D6061 (noble); other abutment-supported materials — D6058 (all-ceramic), D6062/D6063/D6064 (cast metal by metal class); implant-supported counterparts — D6065-D6067; and the abutments — D6056/D6057 (the separate components these crowns sit on). Single-crown codes differ from bridge-retainer (D6068-D6077) and hybrid (D6078-D6079) codes.

So D6060 is precisely: an abutment-supported porcelain-fused-to-metal single crown with PREDOMINANTLY BASE metal. It's distinguished from D6059 (high noble) and D6061 (noble) by metal class, from D6058 (all-ceramic) and D6062-D6064 (cast metal) by material, and from the implant-supported crowns (D6065 etc.) by support type. The provider codes D6060 for the base-metal PFM abutment-supported crown (plus the abutment separately). So D6060 is the base-metal PFM member of the abutment-supported single-crown series. Understanding this helps patients see that D6060 is among the implant services codes (D6000s) in the abutment-supported single-crown series, in the PFM sub-group by metal class — abutment-supported PFM (D6059/high noble, D6060/predominantly base, this code, D6061/noble), other abutment-supported materials (D6058/all-ceramic, D6062/D6063/D6064/cast metal by metal class), implant-supported counterparts (D6065-D6067), and the abutments (D6056/D6057/the separate components these crowns sit on) — single-crown codes differing from bridge-retainer (D6068-D6077) and hybrid (D6078-D6079) codes — so D6060 is precisely an abutment-supported porcelain-fused-to-metal single crown with PREDOMINANTLY BASE metal, distinguished from D6059 (high noble) and D6061 (noble) by metal class, from D6058 (all-ceramic) and D6062-D6064 (cast metal) by material, and from the implant-supported crowns (D6065 etc.) by support type, the provider coding D6060 for the base-metal PFM abutment-supported crown (plus the abutment separately).

Frequently asked questions

What is the D6060 dental code?

It's an abutment-supported porcelain-fused-to-metal (PFM) crown on an implant, made with predominantly base metal. It's the same abutment-supported PFM implant crown as D6059 — a metal core under tooth-colored porcelain, on a separate abutment — but the alloy is predominantly base metal (mostly non-precious, less than 25% noble content), the most economical metal class.

What is 'predominantly base metal'?

An alloy composed mostly of non-precious metals — by ADA classification, less than 25% noble (precious) metal. Common dental base alloys are nickel-chromium and cobalt-chromium. They tend to be strong and rigid, and they're generally the least expensive metal class because they contain little precious metal. Some base alloys contain nickel, relevant for patients with nickel sensitivity.

How is it different from D6059 and D6061?

Only the metal class differs. All three are abutment-supported PFM implant crowns with the same construction. D6059 uses high noble (gold-rich) alloy, D6061 uses noble alloy (middle tier), and D6060 uses predominantly base metal (mostly non-precious, most economical). The code must match the alloy actually used, as documented on the lab prescription.

Is base metal worse than noble metal?

Not worse — different. Base alloys are strong, rigid, and economical, and are widely used successfully. Noble and high noble alloys offer excellent corrosion resistance, biocompatibility, and a long track record, at higher cost. The choice depends on cost, mechanical needs, and considerations like nickel sensitivity (which may favor noble/high noble). The clinician selects based on the case.

Why does the metal class need its own code?

Because the alloys differ meaningfully in cost and properties, CDT assigns separate codes: high noble (D6059), noble (D6061), and predominantly base (D6060). This lets claims reflect the true material, and some payers reimburse metal classes differently. Reporting the wrong metal class is a common, avoidable error — the code should match the alloy actually used.

Is it covered by insurance?

Coverage varies. The abutment is billed separately. Reporting the correct metal class (PFM base = D6060) is essential, documented by the lab prescription. If there's no implant coverage, an alternate benefit may apply; missing-tooth clauses and 5-10 year limitations are common. Verify your coverage and how the alloy is documented on the claim.

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.