Needleless injector systems
For all skin types
19 years of experience.
Latest medical technology
Scarring, stretch marks, wrinkles…
The unique use of saline solution makes it possible to clean and refresh the dermis. Combined with the active ingredients (hyaluronic acid, vitamins, etc.), the results will be optimized and guaranteed.
The first effects are visible from the first session. Several sessions will produce a natural and progressive result. Thereafter, the body will naturally continue to react on its own, which will stabilize the results.
Using a patented handpiece, the Medical Jet System will propel a mixture of air and saline solution in the form of a jet of microscopic droplets at a supersonic velocity (>200 m/s) without any contact with the skin.
Depending on the inclination of the handpiece and its distance from the skin, the Medical Jet System will allow a complete treatment of the area to be treated (face, décolleté, body).
Initially, this supersonic jet will exfoliate the upper layers of the skin and eliminate inaccessible particles.
Then, in a second step, the high speed projection will generate a local static pressure on the skin, allowing the penetration of the active ingredient up to several millimeters.
This process, called “Barophoresis” is the result of pressure variation. It guarantees needle-free access to the deep layers of the skin and facilitates the supply of nutrients such as hyaluronic acid, which can reach connective tissue, or vitamins A, B, C and E important for the proper functioning of cells.
Remarkable results are also obtained on stretch marks, scars, pigment spots.
The supersonic jet will generate a high-pressure flow at the point of contact with the skin, creating the opening of micro-channels in the epidermis.
The pressure difference between the surface and the lower tissues will cause deep penetration and transdermal diffusion of biological substances.
Pressure relief will close the micro-channels and maintain hyaluronic acid, vitamins, and/or glycolic acid permanently in the tissues for long-term physiological effects.