Model’s Concept
Model’s Concept
All protocols are customizable. Costs vary according to the tailormade needs of each patient.
An intensive Protocol that combines four hi-tech body technologies to get the maximum in reduction of fat deposit and improvement in skin texture.
This Protocol applies the latest technologies to combat localized fat, such as the Double Laser for Fat Reduction, HYPOXI®, Neuromuscular Stimulation, Infrared light and Radiofrequency. The aim is for you to see immediate results in your body and to gain motivation to achieve a lifestyle change that suits you.
Double Laser for Fat Reduction is a state-of-the-art laser lipolysis technology that works via the innovative, simultaneous use of two wavelengths (650 and 940 nm), aimed at effectively combating resistant local fat.
Neuromuscular Stimulation is very efficient and has been shown to improve muscle strength. It uses surface electrodes to deliver a low-amplitude current to stimulate the abdominal muscles or the muscles of the thighs. This stimulation creates muscle contractions that can be quick and frequent or contractions that are held for several seconds. Neuromuscular Stimulation offers an alternative to traditional strength training for enhancing the muscle tone.
HYPOXI® targets body areas i.e., abdomen, buttocks, legs, and thighs by applying the principle of cupping, vacuum and compression in a pressure-controlled environment during a 30-minute gentle workout. Stubborn fat deposits in these poorly circulated areas are resistant to diet and exercise. HYPOXI® technology uses vacuum and compression with moderate kinetic exercise to stimulate circulation in problem areas and improve metabolism.
Radiofrequency energy and infrared light cause deep heating of the fat cells, their surrounding connective tissue, and the underlying dermal collagen fibers. This type of efficient heating stimulates the growth of new and better collagen and elastin, which results in localized reduction in skin laxity, and an overall improvement in skin structure and texture.