Skin tone changes how laser settings are planned
The Fitzpatrick skin phototype scale is a common way of describing how skin tends to react to sunlight, from type I through type VI. It is one useful framework for discussing pigmentation, but it is not a substitute for examining your actual skin and tattoo.
| Phototype | Typical sun response |
|---|---|
| I | Always burns; does not tan. |
| II | Burns easily; tans poorly. |
| III | May burn initially; then tans. |
| IV | Burns minimally; tans easily. |
| V | Rarely burns; tans darkly. |
| VI | Very rarely or never burns; deeply pigmented skin. |
Laser energy can also interact with natural skin pigment. More heavily pigmented skin can have a higher risk of temporary or lasting color change after laser procedures, so conservative settings and wavelength selection matter.
Ink color is another safety and effectiveness variable
Different pigments absorb different wavelengths. Black and dark ink generally respond more readily, while bright or light colors can be more resistant. Green and blue often require more treatment. Permanent makeup requires extra caution because some cosmetic pigments can darken or shift color when exposed to laser energy.
Expected reactions and possible side effects
Redness, raised skin, frosting, small blisters, or scabbing can occur after treatment. Laser tattoo removal also carries a low but nonzero risk of scarring, and pigment changes can occur. Picking at blisters or scabs and failing to follow aftercare instructions can increase risk.
Candidacy is part of the consultation
The current treatment policy postpones laser tattoo removal during pregnancy and nursing, waits for active infection at the treatment site to heal, and reviews photosensitizing medications before treatment is scheduled.