Electrolysis was invented in 1875 and is proven both effective and totally safe. Now electrolysis has become more gentle and comfortable, even more effective and remains an affordable, modern treatment increasingly popular today.

Electrolysis can be a little uncomfortable for many people but others can fall asleep during treatment. Pain threshold can be affected by a number of factors: 1) Individual pain thresholds (can be affected by health, stress, time of menstruation etc) 2) Area to be treated 3) Strength and size of hair 4) Skin sensitivity 5) Type of current used

When electrolysis is performed correctly by a skilled electrologist it is perfectly safe. On your first appointment you will get a full consultation to discuss your medical history and any reasons the treatment can not be performed. Following your treatment I will go through the aftercare advice and apply a soothing aftercare spray. It's essential you follow the advice to prevent any unwanted reaction.

Immediately after an electrolysis treatment the skin sensation is similar to a sunburn. This reaction is temporary and should return to normal within a couple of days. You may also have small red spots for 3-10 days depending on your skin sensitivity.

This is personal to you, the area you are having treated and how quickly your hair grows. But usually it takes up to 5 sessions to see major changes. The key here is to come regularly.

The cause of hair growth and other reasons will influence the amount of treatments required. It usually takes 12-18 full sessions, or around 12-24 months removing hair in one area every 3-8 weeks

Hair grows in different cycles and not all hairs are in the same phase simultaneously, so multiple treatments are required to target hairs effectively during their growth phase.

There will be some hair growth between treatments. To manage these you should cut or shave the hair as this will temporarily remove them without interfering with the root of the hair and affecting results. Tweezing, threading and waxing must be avoided during a course of electrolysis.