Whole-body cryotherapy is a non-invasive cold therapy that triggers the body's natural fight-or-flight response to speed recovery and reduce inflammation throughout the body.

Red light therapy is also called photobiomodulation therapy because of the light-induced change in the body. Red light can be absorbed by mitochondrial chromophores in the body's cells, activating metabolic energy processes. It stimulates the production of ATP, which promotes the transport of energy in cells, leading to increased cell proliferation. This boost to the body's natural healing cycle reduces inflammation and promotes the healing of damaged tissue.

Infratherapy refers to the use of infrared light to treat pain and inflammation. During an infratherapy session, light is diffused to the precise place of pain. Thus, it promotes the repair of cells in this area, so that the pain disappears, but also the cause of this pain.

Compression Therapy involves injecting compressed air into boots and specialized accessories to massage your arms, hips or legs. The equipment uses compressed air to gently massage your limbs and speed healing by purging your lymphatic system and improving your blood flow.

Flotation is a method of regenerating body and mind. Its benefits affect different aspects of our daily lives, whether it is insomnia, chronic pain, improved cognitive function or recovery from a sports injury.

EmSculpt Neo uses an applicator that simultaneously emits synchronized radiofrequency (RF) and HIFEM+ energies.

Due to radiofrequency heating, the temperature of the muscle rises rapidly by several degrees. Thus, the muscles are prepared for exposure to stress, like a warm-up before a workout. In less than 4 minutes, the subcutaneous fat reaches a temperature that causes apoptosis, that is, the fat cells are permanently damaged and slowly eliminated from the body. Clinical studies have shown an average reduction of 30% in subcutaneous fat*.

Bypassing the limitations of the brain, HIFEM+ energy contracts the muscle fibers of the treated area to intensities not attainable during voluntary training. Extreme stress forces the muscle to adapt, resulting in an increase in the number and growth of muscle fibers and cells. Clinical studies have shown an average growth of 25% in muscle volume.