Perhaps the biggest problem with any and all hair removal methods is the time they take: depending on the technique employed and the thickness and density of hair, removing it can take from anywhere between 15 minutes to a few hours. Furthermore, most procedures require repetition: hair can regrow as fast as a couple of days, and as such an immense part of one’s schedule is dedicated to simply getting rid of excessive hair.
Some of the slowest methods are also the oldest: plucking, waxing and shaving. Plucking, threading and shaving, even with modern technologies such as automated tweezers and electric razors, require more than an hour to cover a large portion of skin.
Although waxing and its subtype, sugaring, are considerably faster than the other two, they still require a minimum of half an hour, and has to be performed regularly – every couple of weeks – for any results. The best laser hair removal Sydney clinic is on the link just mentioned – we suggest that you go there & visit. Depilatories, although a comparatively newer technique, also have the same problem; at times, hair has been known to regrow by the end of the day! You need to also check out some local tga laws also a https://www.tga.gov.au/pdf/submissions/consult-devices-reforms-101130-submission-cps.pdf
Medications, whether oral or externally applied, do not work immediately, needing at least a week to show any effect. On top of that, stopping or reducing the dose leads to hair growing back.
As one of the newest methods of hair removal, electrolysis is said to be more instantaneous, precise, safe, painless and permanent than traditional processes. However, each individual hair has to be targeted by a specialized technician, and as such requires countless hours over numerous sessions. The process of removing a small patch of hair can take anywhere from 1 to 4 years!
A study in 2000 found that compared to electrolysis, laser hair removal was more permanent, reliable, painless and around 60 times faster, requiring only a few hours over a couple sessions.