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A Comfortable Laser Hair Removal Course for Dry, Pigmentation-Prone Skin: 10 Sessions for Fitzpatrick Skin Type III
The client came in requesting laser hair removal due to unwanted hair, dryness, a tendency to develop pigmentation spots, a large number of ingrown hairs, and irritated-looking skin.
Tetiana Vasyliuk built a 10-session course with parameters individually selected for this client's specific profile.


10 sessions — and the hair in the Brazilian area is barely noticeable, ingrown hairs are no longer observed, and the skin looks smooth and calm.


Her approach is built on selecting parameters individually, based on skin type, hair structure, and each client's characteristics.


Tetiana Vasyliuk is a laser hair removal specialist with over 5 years of experience, founder of Laser Time studio in Ukraine and Austin, Texas, and a laser hair removal instructor.
Tetiana Vasyliuk, Laser Hair Removal Specialist
these parameters describe a specific clinical case and are not a universal preset. Treatment settings are selected individually by a licensed professional according to the client's skin, hair characteristics, and response.



  • Client: Female, 24 years old
  • Area: Brazilian
  • Concern: unwanted hair, dryness, a tendency toward pigmentation, a large number of ingrown hairs, irritated-looking skin
  • Fitzpatrick: III
  • Course: 10 sessions
  • Intervals: 4–10 weeks
  • Frequency: 3 Hz
  • Pulse duration: medium
  • Energy: above average
  • Follow-Up Sessions: every 9–12 months
  • Device: Zemits Quidion Lite Pro, 808 nm diode laser
Client Profile & Course Parameters
Comfort as Part of the Treatment Strategy
This course used 3 Hz, a medium pulse duration, and an above-average energy level. Even so, the client felt only a light tingling, and the specialist described the treatment as comfortable thanks to the high cooling capacity of the Zemits device.
In the Quidion Lite Pro, temperature control is built as a multi-layer cooling system that combines four mechanisms.
What Changed Over the Course
TEC Cooling
Thermoelectric cooling adds an active layer of temperature control.


Sapphire Contact Cooling
Works directly through the sapphire contact window where the handpiece meets the skin.


After completing the course:
  • hair is barely noticeable;
  • ingrown hairs are no longer observed;
  • the skin looks smooth;
  • the irritated look of the area is no longer noticeable
Together, these mechanisms help regulate the temperature of the skin and the system, support epidermal protection, and maintain stable performance during laser emission.
In this case, it was exactly this cooling architecture that made it possible to combine individually selected treatment parameters with a comfortable feel during the procedure.


Air Cooling
Forced air cooling helps dissipate heat and maintain stable operating conditions for the system.



Water Cooling
Maintains internal circulation and the temperature stability of the system.


Zemits Quidion Lite Pro: Built for Precision and Comfort
Compact Professional System A complete diode laser workflow without unnecessary bulk.


Adjustable Parameters Energy, pulse duration, frequency, and cooling — tailored to the individual client.

Multi-Layer Cooling Four cooling mechanisms for comfort and temperature control.
QDC Technology Zemits' proprietary technology for stable, controlled laser delivery
808 nm Diode Laser The gold standard of professional laser hair reduction