Cavitation Peeling & Ultrasound

Lesson overview

This lesson covers the use of ultrasound technology in cleansing procedures and skin regeneration support. Cavitation peeling and ultrasound are presented as tools with distinct mechanisms of action, used for controlled skin cleansing, improvement of skin function, and enhancement of the effectiveness of in-office therapies.

The content focuses on the mechanisms of cavitation and ultrasound waves, appropriate parameter selection, and the informed integration of both procedures into standalone and combined treatments.

What you will learn – theory

1. the role of ultrasound technologies in aesthetic cosmetology
2. the function of cavitation peeling in cleansing therapies
3. the mechanism of cavitation and the effects of ultrasound on the skin surface
4. the impact of cavitation peeling on follicular openings and sebum
5. skin responses to ultrasound wave stimulation
6. aesthetic effects of cavitation peeling
7. ultrasound as a technology supporting skin regeneration
8. mechanisms of ultrasound action within tissues
9. sonophoresis as a method of enhancing active ingredient penetration
10. the importance of treatment parameters: frequency, power, and duration
11. differences between cavitation cleansing and ultrasound stimulation
12. the use of ultrasound technologies in combined procedures

What you will learn – practice

1. organizing treatments using ultrasound technologies in professional practice
2. selecting the appropriate procedure based on the treatment objective
3. proper performance of cavitation peeling
4. controlling intensity and working pace with the ultrasound spatula
5. performing cavitation peeling step by step
6. correct handling of the ultrasound handpiece
7. selecting parameters for sonophoresis
8. performing an ultrasound-based treatment step by step
9. completing the procedure and calming the skin

What you gain from this lesson

1. the ability to safely and effectively use ultrasound technologies
2. control over the intensity of skin cleansing and stimulation
3. a clearer understanding of the differences between cavitation and sonophoresis
4. readiness to combine cavitation peeling and ultrasound with other treatments