Ultrasound adds to the wide range of non-invasive aesthetic treatment options: its action on the tissues causes a cellular and molecular micromassage achieving therapeutic effects.
This technique induces vasodilation and helps to improve the metabolism of adipose tissue, reestablishing the microcirculation that is affected by cellulite.
Ultrasound adds to the wide range of non-invasive aesthetic treatment options: its action on the tissues causes a cellular and molecular micromassage achieving therapeutic effects.
This technique induces vasodilation and helps to improve the metabolism of adipose tissue, reestablishing the microcirculation that is affected by cellulite. This treatment has excellent anti-oedematous effects, increasing the lymphatic drainage and increasing the permeability of the skin, besides having an important trophic and anti-inflammatory effect. It is very useful as a complement to other non-invasive cosmetic treatments.
We can determine two types of ultrasound:
- Focused: applied on a specific area of ​​the body, as is the case of tissues affected by cellulite, penetrating to the adipose tissue to break with its internal structure without damaging the adjacent tissues
- Not focused: they are of less intensity and are used to treat more extensive body surfaces. Usually this application is combined with other aesthetic treatments to improve results
Ultrasound Applications
- Toning the skin
- Acne Problems
- Cellulitis
- Varices
- Edema and circulatory problems
- Keloids, Dupuytren, etc.
- Liposculpture
- Capsular contracture in the breast after an implant
- Sciatica
- Contractures
- Low back pain
- Fibrosis
Ultrasound achieves its effects through its ability to transmit energy, thus causing a thermal effect and a stirring effect:
- Thermal effect: anti-inflammatory trophic
- Molecular agitation: low intensity analgesia, high intensity pain
- Increased metabolic reactions
- Vasodilator effect
- Antibacterial action
- Colloidoquímica
- Increased blood circulation in treated areas