Laser hair removal for dark skin, done properly.

It can be, with the right laser and settings. The concern in melanin-rich skin is that some lasers target pigment in the skin as well as the hair, which raises the risk of burns and post-inflammatory hyperpigmentation. The longer 1064nm Nd:YAG wavelength reaches the hair follicle while sparing more of the surface pigment, which is why it is generally preferred for Fitzpatrick IV to VI skin. We confirm your Fitzpatrick type, take a full history, and carry out a patch test at least 48 hours before your first full session. No treatment is entirely without risk, and honest expectation-setting is part of how we work.

For darker skin tones, a long-pulsed 1064nm Nd:YAG wavelength is generally considered the gold standard because it penetrates to the follicle while sparing surface melanin. Our diode platform, SmartDiode MD, delivers 755nm, 808nm and 1064nm, and for Fitzpatrick IV to VI skin we use the 1064nm wavelength. IPL and aggressive short-wavelength pigment settings are generally avoided on darker skin because they carry a higher risk of burns and pigment change. A patch test always comes first. See DermNet: hair removal techniques for background.

For dark, brown and black skin the long-pulsed 1064 nm Nd:YAG wavelength is the one dermatology generally prefers, because it passes through surface melanin and heats the follicle deeper down. Alexandrite at 755 nm is for lighter skin and is used selectively at most on Fitzpatrick IV. Diode at 800 to 810 nm depends on the device and settings and is used with caution on Fitzpatrick V and VI. IPL is not a laser and is usually avoided on darker skin. Our platform is the SmartDiode MD, which delivers 755 nm, 808 nm and 1064 nm; on Fitzpatrick IV to VI we treat with the 1064 nm setting after a patch test. Individual results vary and no treatment is entirely without risk.

Ask four things before you pay for anything: whether a Fitzpatrick skin type assessment is part of your consultation, which wavelength in nanometres the clinic will use on your skin, whether you get a patch test at the real treatment settings before the first full session, and who is accountable if your skin reacts. A clinic that answers all four clearly is set up for darker skin. At Melatone™ the assessment is led by Arman Zaki, GMC-registered Physician Associate, the wavelength on Fitzpatrick IV to VI is 1064nm, the patch test is at least 48 hours before your first session, and laser is delivered by Catia Zaki, VTCT Level 4. Our guide on what to ask before any clinic treats your skin walks through this in full.

For dark, brown and black skin the 1064nm Nd:YAG wavelength is the one the evidence supports, because it passes through surface melanin and heats the follicle deeper down. IPL is not a laser. It is broad-spectrum light that surface pigment absorbs readily, which is why we do not use IPL on darker skin, and Alexandrite-only or IPL-only platforms are not the right choice for Fitzpatrick V and VI. To tell what a clinic uses, ask for the wavelength in nanometres and the device name. Nd:YAG or 1064nm is a clear answer. A brand name on its own, IPL, or a promise that every laser suits every skin tone with no wavelength given is not. Our platform is the SmartDiode MD, a triple-wavelength device with 755nm, 808nm and 1064nm, and on Fitzpatrick IV to VI we treat with the 1064nm setting after a patch test.

Yes, laser hair removal is suitable for all skin types, including Fitzpatrick V to VI, when the right wavelength and settings are used. For the deepest skin tones the 1064nm Nd:YAG wavelength supports darker skin by targeting the hair rather than the surrounding pigment. Careful assessment, conservative starting settings and a patch test matter most in these skin types, which is exactly how we approach it. Laser works best on dark, coarse, pigmented hair and is less effective on very fair, grey or red hair.

Post-inflammatory hyperpigmentation is the main risk to manage in melanin-rich skin, and it is usually the result of the wrong wavelength, settings that are too aggressive, or treating recently tanned skin. Using 1064nm at appropriate settings, patch testing first, avoiding treatment over a fresh tan, and giving clear aftercare all lower that risk. If any pigment change does occur it is usually temporary and settles, and we review you through the course to catch and manage it early. This is why we do not treat darker skin with IPL or aggressive short wavelengths.

Yes. Brown and black skin across South Asian, Middle Eastern, Mediterranean, East Asian and African-Caribbean backgrounds is exactly the skin the 1064nm Nd:YAG wavelength is suited to, because it lets us treat the coarse, dark hair common in these groups while protecting the surrounding pigment. We assess each person on their skin, hair and history rather than on their background, and we set the wavelength and settings to the skin in front of us. A consultation and patch test come before any course.

Most people need a course of 7 sessions spaced 4 to 6 weeks apart, because laser only affects hair that is in its active growth phase. Coarse, hormone-driven hair and some darker skin types treated at conservative 1064 nm settings need a course of 10. The number varies with the area, your hair and your skin. We set realistic expectations at consultation and track progress with photographs rather than promises. Areas and current prices are listed on our main laser hair removal page, and every course begins with a low-cost patch test that is deducted from the cost of your course.