Cellulite is a problem that plagues most people, particularly women. Nearly 90% of women will experience problems with cellulite some time in their lives.
What causes cellulite?
Cellulite is caused by the deposit of fat tissue beneath the skin. The dimpling appearance associated with cellulite is caused by the presence of fibrous tissue underneath which leads to puckering of the skin.
How do we treat cellulite?
Treating cellulite is difficult because of the nature of the way it forms.
Some treatment methods available on the market include lymphatic massages, creams and lotions or body slimming devices which claim to reduce the appearance of cellulite.
Of course, weight loss and exercise also plays an important role in reducing cellulite by reducing the amount of fat stored.
One other treatment method for cellulite treatment also involves the use of Multi-Polar Radio Frequency and Pulsed Electro-Magnetic Fields to tighten and reduce the appearance of cellulite.
What is Venus RF Treatment?
Using innovative technology that combines Multi-Polar Radio Frequency and Pulsed Electro-Magnetic Fields.
Multi-Polar Radio Frequency delivers fast, pain-free and homogeneous heating to multiple tissue depths for effective tightening of the skin.
Pulsed Electro-Magnetic Fields technology which has potent collagen and skin regenerative property
Which areas are suitable for treatment?
The machine is suitable to be used for cellulite around the thigh or buttock areas.
Is the treatment painful?
It is a very comfortable treatment with no pain. Some warmth and mild pressure may be expected during the treatment.
How do I prepare for this treatment?
Wear loose-fitting clothing on the day of treatment and avoid applying anything over the area of treatment.
Cellulite Removal Treatment is available at S Aesthetics Clinic!
S Aesthetics Clinic
9 Scotts Road #07-07
Scotts Medical Centre (Pacific Plaza)
Telephone: +65 6235 0338
WhatsApp: +65 90207234
Monday to Friday 10.00am – 8.00pm
Saturday 10.00 am – 6.00 pm
Sunday and Public Holidays – Closed