5 results about "Skin resurfacing" patented technology

Radio-frequency (RE) microneedling skin resurfacing systems are described including an electrode with an array of partially insulated needles, where the needles' exposed tips conduct bipolar RF electric current into a patient's skin, thus enhancing collagen production that stretches the skin. The electrode is carried by an application handle, which connects to an RF current generator. The applied treatment cycles utilize vacuum to pull the skin against the needles and dielectric coolant to cool the epidermis. The needles' array penetrates the skin to a pre-determined depth inside the dermis layer, followed by a sequential delivery of RF bipolar current pulses. The treatment cycle is controlled by an algorithm, designed to raise the dermis layer temperature for a certain duration. The treatment cycle and algorithm rely on dynamic impedance measurements and temperature measurements by thermistors to assure optimized controlled heating of the dermis layer to a target temperature between 45 and 69°C.

The utility model discloses an electric dermabrasion device which comprises a body, the body comprises a handheld part and an operation part, the operation part is provided with an outward opening, the opening end of the operation part is provided with a grinding wheel which can make contact with the skin and is used for cutting skin scraps, the operation part comprises an operation groove communicated with the opening end, and a collection bin with a collection opening facing the grinding wheel is arranged in the operation groove. The collecting bin is detachably connected to the operation groove; according to the structure, the collecting bin is arranged below the grinding wheel, leather scraps cut by the grinding wheel can fall into the collecting bin to be collected, the collecting bin is detachable, the collecting bin can be taken down from the leather grinding device, and cleaning of the leather scraps is facilitated.

An apparatus and method for cold plasma skin resurfacing is provided. In one aspect, a mask for use in fractionated skin resurfacing is provided. The mask includes a plurality of apertures distributed across a surface of the mask. The mask may be made of a flexible material including an adhesive surface, such that the mask may be applied to a contoured surface of a patient's skin while remaining fixed in place. The material is resistant to the effects of a cold plasma beam. In this way, a cold plasma beam applicator may be used to scan or apply a cold plasma beam over a surface of the mask, such that only the portions of a patient's skin exposed by the apertures of the mask are treated by the cold plasma beam.

An apparatus and method for cold plasma skin resurfacing is provided. In one aspect, a mask for use in fractionated skin resurfacing is provided. The mask includes a plurality of apertures distributed across a surface of the mask. The mask may be made of a flexible material including an adhesive surface, such that the mask may be applied to a contoured surface of a patient's skin while remaining fixed in place. The material is resistant to the effects of a cold plasma beam. In this way, a cold plasma beam applicator may be used to scan or apply a cold plasma beam over a surface of the mask, such that only the portions of a patient's skin exposed by the apertures of the mask are treated by the cold plasma beam.

1. Name of the product in this design: Skin Scrubber. 2. Purpose of this design: for skin resurfacing. 3. The key design feature of this product is its shape. 4. The picture or photo that best illustrates the key design points: Design 1 3D diagram 1. 5. Design 1 is designated as the basic design.