Photo Hair Removal

The theory behind this technology depends on the thermal relaxation time of an object. Thermal relaxation time is the time it takes for an object to cool 50% of its normal temperature.

Different heart rate patterns are needed to get good results. The epilation pulse pattern takes into account the following parameters:

  • Melanin density
  • Hair root width
  • Hair root depth
  • Hair root distribution
  • Fitzpatrick skin types

The dynamic heart rate control system uses 3 different heart rate patterns: flat, long and high heart rate.

Close-Contact Cooled Head:

This system is aware that the satisfaction of the patients in the treatment process is as important as getting precise, safe and fast results. Close Contact Cooled headgear was developed by Sharplight to increase the safety and comfort of patients in aesthetic treatments.

Close Contact Cooled head system reduces the temperature in the epidermis and prevents skin burns. This method ensures that the patient remains comfortable during high power use.

Advantages of Dynamic Pulse Rates

  • Controls the aggressiveness of the transmitted light.
  • While clinical treatment parameters reach the maximum effect, it minimizes the damage to the patient's skin.
  • It keeps safety at a high level and provides effective application for wide skin and hair types.
  • Guarantees effective HR (hair removal) results for a wide range of hair colors and types.
  • It spreads the effect of hair removal over the entire treatment period.

Advantages of Close Contact Cooling

  • Applications made with a close contact cooling head, which gives the chance to increase energy (average 3 J/cm2) for each treatment used in epilation applications, reduce treatment time and side effects, are satisfactory.
  • Patients are very satisfied with this effective, painless, quick-resulting treatment that does not cause skin problems.

Summary:

Photoepilation has become a method preferred by men and women for aesthetic hair removal.

SLT HR (epilation), Dynamic Pulse Control and close contact cooling head technology is one step ahead in its field.