Scientific Research

HIFU technology is widely used for non-invasive lifting and skin tightening. A study published in the Journal of Cosmetic and Laser Therapy evaluated the effectiveness of HIFU in treating facial wrinkles and skin tightening. The results showed significant improvement in skin firmness and wrinkle reduction after HIFU. 

Additionally, a study published in the Aesthetic Surgery Journal evaluated the rejuvenating effects of HIFU on the neck skin of a European population. The results showed improvement in the definition of the cervical-mental angle and overall skin firmness, with high levels of patient satisfaction and minimal side effects.

Cryocontour, which alternately heats and cools tissues, is used to reduce fat and cellulite. Although specific research on this technology is limited, the mechanism of action based on thermal tissue manipulation is well documented in the medical literature and is used in various aesthetic procedures.

Cryotherapy, which involves exposing the body to low temperatures, is used to reduce fat and cellulite. This process stimulates brown adipose cells, which speed up metabolism, leading to calorie burning and fat reduction.

Dynamic Muscle Stimulation (DMS), also known as electromuscular stimulation (EMS), involves inducing muscle contractions using electrical impulses. Studies indicate that EMS can be an effective tool in increasing muscle strength and improving performance. One study conducted on young gymnasts showed that short-term inclusion of EMS in strength training had a positive effect on increased muscle strength. 

Additionally, EMS can be used as an alternative for people with chronic heart failure, for whom traditional training is not possible. Studies have shown that electrostimulation can lead to increased oxygen intake and cardiac output, which translates into improved overall body performance. 

To sum up, synergistically acting advanced cryotherapy and Dynamic Muscle Stimulation have solid scientific foundations confirming their effectiveness in reducing body fat and improving muscle function and mass.

Low-level laser (LLLT) is used in aesthetic medicine for non-invasive body contouring. It works by emitting light of a specific wavelength that penetrates the skin and affects adipocytes, leading to the release of fat cell content. A study published in Lasers in Surgery and Medicine confirmed the effectiveness of LLLT in reducing localized fat tissue, indicating a significant reduction in waist, hip and thigh circumference after a series of treatments.

Application of 510 kHz ultrasound in body shaping:

• Fat reduction: The action of radio waves on tissues with a high water content, such as adipose tissue, leads to their heating and acceleration of cellular metabolism, which supports the lipolysis process.
• Skin firming: Heating the deep layers of the skin stimulates the production of collagen and elastin, which improves its elasticity and firmness.
• Cellulite reduction: Improving microcirculation and cellular metabolism helps reduce the visibility of cellulite.

Scientific studies:

A 2018 review of the effectiveness of 510 therapy in the treatment of musculoskeletal disorders concluded that the method can be effective in reducing pain and improving function in patients with various conditions. Although the main focus was on pain management and rehabilitation, the mechanisms of action suggest potential benefits in the context of body shaping by improving tissue metabolism and microcirculation.

In summary, 510 kHz ultrasound used in Oligio 4D therapy shows potential in body shaping by reducing fat tissue, firming the skin and reducing cellulite.