What is Ultrasound Cavitation & RF?

Ultrasonic Cavitation also known as Ultrasound Liposuction and Ultra Cavitation is a non-surgical fat removal procedure that uses scientifically proven non-invasive technology to break down unwanted fat whilst the radio frequency is a non-invasive heat treatment that helps tighten, contour and refine deeper lines of the skin over the face and body.

How does it work?

This treatment uses two types of technology:

Ultrasound: Uses low-frequency sound waves to heat and vibrate the layer of fat cells below the skin’s surface causing pressure, which eventually causes the fat cells to liquify and release their contents to be eliminated safely by the body.

Radio Frequency: Uses advanced technology that safely heats the deep layers of the skin causing collagen fibres to contract and remodel leaving skin more lifted and tightened. (Radio-frequency can be used for both the face and body)

Does it hurt?

• Most patient’s find the treatment to be very comfortable and trouble-free. Some clients experience warmth during the treatment and a small amount of noise discomfort, but there is no pain.

When will I see results and how long will they last?

• Patients can expect to experience a reduction of cm in circumference after the first treatment, following RF some results may be seen immediately, however, some may see continuing effects over 3-6 months.
• Fat elimination is accelerated by exercise and diet so we recommend to follow a healthy diet and drink 8 glasses of water before and after the treatment.

How many treatments will I need?

• It depends on the patients age, you may see results instantly however between 3-12 sessions are advised to see more beneficial results.

Who is suitable for these treatments & how long are they?

• Each treatment is around 20-30 minutes, treating many areas at once is not advised, one treatment every 7 days is optimum for rapid results.
• Treatments are not suitable for everyone, significant obesity is outside the treatment range and some medical conditions and drugs may be unsuitable.