Diode Laser Hair Removal

Mode of action

The diode laser offers the optimal hair removal solution thanks to the wavelengths of 755nm and 808nm with the innovative motion scanning technology. This ideal combination offers a better absorption rate and a safe and effective treatment for permanent hair removal.

The hair has a growth cycle of anagen (growth phase), catagen (transition phase) and telogen (rest phase) and is repeated.

During the hair removal treatment, high-energy light is emitted through the skin into the hair root (follicle). The pigment melanin contained in the follicle absorbs the laser light and passes it on to the surrounding cells, which convert it into heat energy. The cells reach a temperature of around 70 degrees Celsius, which permanently damages them. As a result, the root cells are no longer able to supply the associated hair and promote its growth - existing hair falls out, new hair cannot grow back. Thanks to contact cooling and quick hair removal treatment, no use of anesthetics or gel is required.

The laser will only deactivate those hair roots that are in the growth phase, but the hair in the transition and rest phase will not be removed because they do not absorb the laser on the epidermis. To remove all hair, several sessions based on the hair cycle are needed. Depending on the type of skin and hair, it takes between six and eight sessions every four to six weeks. Thin hair or light hair that contains less melanin may require more repetitions of treatment.

Results
Facts
  • Effective and safe
  • No downtime
  • Non-invasive
  • Low pain
  • Fast and efficient treatment results
  • Spot size of 15x50mm
  • Continuous contact cooling through sapphire cooling
  • Duration of treatment 10 - 60 minutes
  • Permanent hair removal after 6 - 8 sessions