Facial Skin Tightening Handpiece

  

3DEEP Facial Tightening Handpiece

One of the handpieces available on the EndyMed PRO device, the 3DEEP Facial Tightening handpiece, was developed by experts in dermatology and RF technology to treat smaller areas, having been ergonomically  designed to fit the geometry of smaller treatment areas.  This handpiece is specifically designed for the treatment of wrinkles and lax skin on the face and neck, including forehead, cheeks, temples, and under chin areas.

The 3DEEP Facial Tightening handpiece is one of the four handpieces currently available on the EndyMed PRO system, a multi-application device for the treatment of aesthetic conditions by medical professionals. These handpieces include:

• 3DEEP Body Contouring
• 3DEEP Body Tightening
• 3DEEP Facial Skin Tightening
• 3DEEP Fractional Skin Resurfacing

3DEEP RF– Technology Anchored in Science

The novel 3DEEP RF technology implements the interaction of multiple RF sources and manipulating the current flowing between the electrodes.  The multiple electrical fields which are created repel each other, leading the ideal combinations of energies directed to the deeper skin layers, the hypodermis and dermis. Since all emitted energy is contained in the target areas, deep dermal penetration of the energy can be achieved using considerably lower energies compared to other RF systems.  This eliminates the need for epidermal cooling.

The repelling forces between adjacent electromagnetic fields drive the energy vertically into the target tissue, reducing the amount of energy flowing through the skin’s surface and alleviating the need for cooling.  To further control the energy delivered into the tissue, the EndyMed PRO system with 3DEEP RF technology performs frequent, intermittent measurements of skin impedance and automatically corrects the system’s output to attain the request output power.  

Intuitive User Interface – for Easy Learning and Use

Each handpiece is paired with its own treatment screen for selecting the treatment area and the appropriate treatment parameters.