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What Is Electrolysis?

The chart provides laser fees for common areas

Thermolysis destroys the hair by the same process as laser does.

Thermolysis is nowadays commonly referred to as electrolysis and there is a difference.

It generates heat which destroys the hair follicle.  Unlike laser, the heat in thermolysis is generated through a probe which is manually inserted into each hair follicle.  The skin may be more irritated by this procedure and may become swollen for a short time and exhibit some temporary, minimal discolouration.  A laser treatment is hundreds of times faster than thermolysis.  Since the introduction of laser hair removal, the use of electrolysis is usually used only in the following situations:

  1. White, blonde or red hair
  2. Fine hair
  3. Hair located in orifices or crevices
  4. Eyebrow shaping
  5. Skin which is too dark for laser
  6. When there are only a few hairs. If you can easily count them, then it would be cheaper to do electrolysis.   If there are a lot, then it’s generally more economical to go with laser.

Is electrolysis more “permanent” than laser?

How many sessions will I need

How many sessions will I need

Typically, you will need between 5 and 8 sessions Some may experience satisfactory results in a couple of sessions whereas others  prove to be slow responders, requiring multiple more.   Factors like skin and hair colour are important, but results often surprise. The...

Discomfort and other concerns

Discomfort and other concerns

The sensation you experience  is dependent on several factors   ....the area treated, the amount of hair in that area, power settings and individual tolerance levels. The intensity may be compared to that of waxing. The type of sensation may be compared to...

Can all hair be treated with laser?

Can all hair be treated with laser?

Which areas are treated how For women, the most common treatment areas are the upper lip and chin. Sometimes it is necessary to treat the entire face and neck.  When hair is dark and dense,  laser will be hundreds of times faster,  as well as much more economical than...