A right ear. A left ear is the mirror image — the numbers do not change.
The chart, in words
| # | Placement | Where it sits | Typical healing | Gauge | What fits initially |
|---|---|---|---|---|---|
| 1 | Lobe | The soft fleshy part at the bottom, below where the cartilage ends. Soft tissue | 6–8 weeks | 20G–18G | Flat back stud |
| 2 | Upper lobe | Higher on the same fleshy area — a second or third hole. Still soft tissue | 6–8 weeks | 20G–18G | Flat back stud |
| 3 | Helix | The upper outer rim, the curved edge of the ear. Cartilage | 6–12 months | 16G | Flat back stud; hoop once healed |
| 4 | Forward helix | Where that same rim curls forward, above the tragus. Cartilage | 6–12 months | 16G | Flat back stud, 6mm |
| 5 | Flat | The flat panel of cartilage between the rim and the inner ridge. Cartilage | 6–12 months | 16G | Flat back stud, 6–8mm |
| 6 | Rook | The ridge inside the upper ear. Cartilage — anatomy-dependent | 6–12 months | 16G | Curved barbell, 8–10mm |
| 7 | Daith | The innermost fold, just above the ear canal. Cartilage — anatomy-dependent | 6–12 months | 16G | Hinged clicker, 8mm |
| 8 | Tragus | The small flap in front of the ear canal. Cartilage | 6–12 months | 16G | Low-profile flat back stud, 5–6mm |
| 9 | Anti-tragus | The bump opposite the tragus, just above the lobe. Cartilage — anatomy-dependent | 6–12 months | 16G | Curved barbell or small stud |
| 10 | Conch, inner | The large bowl in the middle of the ear, below the ridge that crosses it. Cartilage | 6–12 months | 16G, sometimes 14G | Flat back stud, 8mm |
| 11 | Conch, outer | The upper part of the same bowl, above that ridge. Cartilage | 6–12 months | 16G | Flat back stud; hoop 10–12mm once healed |
| 12 | Snug | The horizontal ridge running along the inside of the outer rim. Cartilage — the most anatomy-dependent of all | 6–12 months | 16G | Curved barbell, 8mm |
| 13 | Industrial | Not a spot — one straight barbell joining 4 and 3. Two cartilage wounds on one rigid bar | 9–12 months | 14G | Straight barbell, 32–38mm |
Healing figures per placement are industry convention. The documented range for cartilage is 3 to 12 months — see below.
The two healing numbers that are actually documented
Most ear charts give a different healing time for every placement — rook nine months, helix six, snug fourteen. Those numbers come from retailers and studios, not from anyone who measured.
What health authorities publish is a two-way split, and they agree with each other closely:
| Source | Lobe | Cartilage |
|---|---|---|
| Kaiser Permanente | 6–8 weeks | 3–12 months |
| Cleveland Clinic | About 6–8 weeks | Up to six months or a year |
| National Environmental Health Association | Typically 6–8 weeks | Six months to one year |
| Association of Professional Piercers | — | Six months or longer |
The only healing distinction published by a health authority
The reason is anatomy, and it is well established. Cartilage has very little blood supply of its own. A 2005 review in American Family Physician attributes poor healing and serious infection in the upper ear to the avascular nature of auricular cartilage; Cleveland Clinic and UC Berkeley's health service say the same thing in plainer words. Less blood means slower repair and less immune traffic reaching the site.
The per-placement figures in the chart above are industry convention, and we have given them because they are what you will be quoted in a studio. They all sit inside the documented 3-to-12-month cartilage range. Treat the range as the fact and the individual number as a working estimate.
What this chart deliberately does not show
A pain ranking
Every other ear chart has one. We went looking for the data behind them and there is none. No published study measures piercing pain by anatomical site — not one. The best-presented chart we found claims to rank placements “by real data” and, when opened, cites aggregated feedback from its own customers, unpublished and unverifiable.
What is real is that the outer ear's sensation is split across several different nerves — the auriculotemporal, the great auricular, the lesser occipital and the auricular branch of the vagus — which is a genuine reason different spots feel different. It is not a reason to put a number from one to ten next to each one.
A promise about your anatomy
Four of the thirteen — rook, daith, anti-tragus and snug, plus the industrial — need a particular ridge of cartilage to be present and well defined. Piercers are unanimous on this, though no authority publishes it, so treat it as professional consensus rather than a documented finding. A piercer who tells you your ear will not take a snug is doing the job properly, not upselling you.
Anything about the metal
Deliberately. Gauge tells you the thickness of the bar; it tells you nothing about what the bar is made of, and that is the part that decides whether a healing piercing is comfortable. There is a separate guide to materials for that.
For the numbers on this chart
Flat back studs in implant-grade ASTM F136 titanium — the shape that suits most of the placements above, in the gauge they are usually pierced at.
Bezel CZ Flat Back Labret Stud 16G – Titanium Helix, Tragus & Cartilage16G (1.2mm) · Titanium ASTM F136★ 4.93 (189)
CZ Star Push Pin Labret 16G – Titanium Flat Back Stud16G (1.2mm) · Titanium ASTM F136★ 4.96 (94)
Star Moon Celestial Chain Helix Stud 16G – Titanium Floating Dangle Earring16G (1.2mm) · Titanium ASTM F136★ 5.0 (90)
CZ Curved Barbell Rook Earring 16G – Titanium Eyebrow & Daith Stud16G (1.2mm) · Titanium ASTM F136★ 4.88 (69)
Common questions
How many ear piercing placements are there?
Is this chart of a left ear or a right ear?
Which number on the chart heals fastest?
Which ear piercings can anyone get?
Why does this chart not rank pain?
What gauge is each ear piercing?
What is the difference between a flat and an outer conch?
Is auricle a real ear piercing placement?
Can I get more than one of these at the same time?
Does the chart tell me what size jewelry to buy?
- Kaiser Permanente Health Encyclopedia — body piercing healing times
- Cleveland Clinic — what to expect when getting your ears pierced
- National Environmental Health Association — policy statement on ear piercing (healing figures)
- Association of Professional Piercers — frequently asked questions
- Meltzer (2005) — complications of body piercing, American Family Physician
- UC Berkeley University Health Services — piercing care
- Simplot & Hoffman (1998) — complications of ear piercing in 1,200 sites, Am J Otolaryngol
Healing ranges and sources on this page were read on 29 September 2026. The per-placement figures are industry convention; the lobe-versus-cartilage split is the part that is documented. This is a reference chart, not medical advice — your piercer has seen your ear and we have not.