3D-Cryolipolysis is best for stubborn pockets of fat and body sculpting.

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Cryolipolysis is used to target specific pockets of fat .This element of the treatment uses a vacuum hand piece to suck the target area inside. They then cool the fat within the area causing the fat cells to crystallise ,then dissolve over the following weeks through the body’s own natural waste removal process.

3D-Cavitation is best for overall inch loss and fat reduction

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Cavitation uses ultrasound technology and is great for inch loss. The ultrasound waves disrupt the cell membrane of the fat cell by creating a vibration within the fat layer. The fat cells very quickly break down and are naturally removed from the body through the lymphatic system.

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Results from this treatment are often seen instantly with a 1-3 cm loss seen per treatment, however, the results are progressive and will increase depending on the number of treatments.

3D-Radio Frequency is great for fat melting, cellulite, skin tightening, anti ageing and smoothing of fine lines and wrinkles.

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When using Radio Frequency for fat melting, the hand piece delivers energy to approximately 1-2 cm beneath the skin. The temperature causes the cells to ‘squash’ and releases through our natural waste system, resulting in a smoother appearance.

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When using Radio Frequency for skin tightening, the area is also heated to 40 degrees  the appearance of the skin and can also help to create a lifting effect.

3D-Shockwave is ideal for stubborn pockets of fat and cellulite. 

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Shockwave can be used for a variety of reasons – to treat cellulite, skin tightening and to improve lymphatic drainage to accelerate the results of other treatments.

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The mechanical effects produced can shrink and permeate fat cells. It also softens and strengthens the connective tissue, helping to reduce the appearance of cellulite.

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Shockwave uses the body’s own ability to repair itself, increasing the stimulation of the blood flow. This effect encourages new cell growth, creating a much healthier cellular regeneration within the treated area.