Hair removal machines for all skin types (Fitzpatrick I–VI)

HairRemovalMachines.co.uk supplies professional laser and IPL hair removal machines to UK clinics, salons and medi-spas. Treating every Fitzpatrick type from one machine is a wavelength question before it is a settings question. A platform that cannot deliver 1064nm cannot safely serve Fitzpatrick VI, however carefully it is operated, because the constraint is melanin absorption rather than operator skill.

The protocol logic runs like this. Fitzpatrick I–III with fine hair is fastest at 755nm. Fitzpatrick III–IV sits comfortably at 808nm with contact cooling. Fitzpatrick IV–V with coarse hair benefits from 940nm depth. Fitzpatrick V–VI moves to 1064nm, longer pulse widths and lower fluence, with a conservative first session and a patch test at least 24 hours ahead. Every machine on this page can execute that whole ladder without changing applicator.

The commercial case is straightforward and often understated. In most UK cities, a machine limited to Fitzpatrick I–IV excludes a significant share of the local population from your treatment list — permanently, not seasonally. It also excludes tanned clients for several months a year. Clinics that fix this usually see the benefit as a broader consultation-to-course conversion rate rather than as faster treatments.

Safety practice does not change because the machine is capable. Patch test every new client, record Fitzpatrick type and recent sun exposure at consultation, start below your expected working fluence on darker phototypes, and step up over sessions rather than within one. Contact cooling at or below zero degrees is doing real clinical work on Fitzpatrick V–VI, so verify that the cooling on any machine you shortlist holds temperature during a long in-motion pass rather than only at the first shot.

If you want the underlying absorption and depth reasoning, the wavelength guide covers it. If Fitzpatrick V–VI is your core client base rather than part of it, start with the Nd:YAG hub.