A lip-enhancement device can include a vacuum pump, a controller configured to control the vacuum pump, a pump housing structured to enclose the vacuum pump and the controller, and a mouthpiece reversibly and rigidly mountable to the pump housing. The mouthpiece can include a pump-housing-engaging side structured to reversibly mount to the pump housing on a mouthpiece-receiving side of the pump housing, and a lips-engaging side having a generally oval rim with a thermoplastic elastomer outer layer. The generally oval rim can bound a bowl, and the bowl can include a suction port providing fluidic communication between an interior of the bowl and an exterior of the bowl on the pump-housing-engaging side. The mouthpiece-receiving side of pump housing can include a suction connector structured to fluidically couple the suction port of the mouthpiece with the vacuum pump when the mouthpiece is mounted to the pump housing.

Disclosed is an apparatus for treating tissue. The apparatus includes a chamber having an opening, the chamber configured to, when placed proximate to the tissue, cause periodic movement of an area of the tissue raised towards the opening of the chamber, and one or more energy transmitting elements to apply energy to at least a portion of the area of the tissue.

An apparatus and method used for medical and/or cosmetic treatment of a tissue, such as skin tightening, skin laxity and/or wrinkle reduction and or other skin flaws, including an energy source, a vacuum chamber and rollers which may facilitate easy sliding of the apparatus from one treated area to another. The rollers may also prevent excessive friction of the skin during the treatment. The energy source can be configured to emit energy based on the position of the apparatus on the skin (i.e., the position of the rollers), as well as the pressure within the vacuum chamber. The vacuum level and energy emission can be changed or pulsed based on the treatment regime.

An apparatus and method for manufacturing of a pliable, unitary dome shaped suction apparatus, wherein the top end and side walls are contiguous without any apertures or extensions, and that radially terminate into a bottom end and sealing lip with a beveled edge for creating a secure seal with a skin surface. Furthermore, a negative pressure is created within the concavity of the vacuous dome and caused by squeezing of any one of, or combination, of the side wall, and, or top end of the vacuous dome. Additionally, the negative pressure is released by applying counter-pressure on any one of, or combination, of the sidewall, and, or top end of the vacuous dome to counteract the negative pressure within the vacuous dome and further causing release of the sealing lip from the contact surface.

An apparatus and method used for medical and/or cosmetic treatment of a tissue, such as skin tightening, skin laxity and/or wrinkle reduction and or other skin flaws, including an energy source, a vacuum chamber and rollers which may facilitate easy sliding of the apparatus from one treated area to another. The rollers may also prevent excessive friction of the skin during the treatment. The energy source can be configured to emit energy based on the position of the apparatus on the skin (i.e., the position of the rollers), as well as the pressure within the vacuum chamber. The vacuum level and energy emission can be changed or pulsed based on the treatment regime.

A combined massage device, a negative pressure massage unit and a massage machine are provided. The combined massage device includes: a main body having a first connection portion and a reciprocating motion portion having a functional end, where the reciprocating motion portion is connected to the main body and has a degree of freedom of reciprocating motion relative to a direction of the main body, and the functional end is configured to have an independent massage function, and/or serves as a function supporting portion. The negative pressure massage unit and the massage machine that have the combined massage device are further provided.

A sucking massage device is included in a sucking massager. The sucking massage device includes sucking massage device includes a sucking unit having a massage opening and a variable volume cavity; a trajectory unit having a trajectory main body and a limiting trajectory assembly; a sliding fit unit having a sliding fit main body and a sliding fit assembly; and a driving unit; the trajectory line P.sub.0 is a 3D trajectory line closed at both ends, the trajectory line P.sub.0 is located in a curved column surface S.sub.0, the trajectory main body is connected to the driving unit, and the sliding fit main body is connected to the variable volume cavity; or the trajectory main body is connected to the variable volume cavity, and the sliding fit main body is connected to the driving unit.

This application discloses a beauty instrument which includes: a housing, where the housing includes a working head; and an electrical stimulation component which includes an EMS stimulation circuit, an RF radio frequency circuit, and a first group of electrodes, a second group of electrodes, and a third group of electrodes that are all disposed on the working head, the first group of electrodes is separately connected to the EMS stimulation circuit and the RF radio frequency circuit, the second group of electrodes includes a plurality of second electrodes that are distributed at intervals around the first group of electrodes, the plurality of second electrodes are all connected to the RF radio frequency circuit and/or connected to the EMS stimulation circuit, the third group of electrodes includes a plurality of third electrodes that are all connected to the EMS stimulation circuit.

The present invention discloses a massage device based on a novel linear motor, including a motor end cover, a motor assembly, and a massage assembly, wherein the motor end cover consists of a first end cover and a second end cover, the motor assembly is located between the end covers and includes a magnetic guide core, a holding through cavity is formed in a core of the magnetic guide core, clamping slots are formed in two side walls of the holding through cavity, winding cores are mounted in the clamping slots, winding frames are mounted on the winding cores, a mover bracket is disposed in the holding through cavity, a strong magnet is clamped in the mover bracket with an axial end on which a transmission push rod is disposed, and the massage assembly is connected to the transmission end of the motor assembly.

The invention provides a microdermabrasion device comprising a vacuum system and a device tip, wherein the vacuum system comprises a channel with a channel inlet at the device tip, wherein the channel inlet is surrounded by a channel rim which facilitates gliding of the device tip over a skin, and wherein the device tip comprises a microdermabrasion zone configured remote from the channel inlet with a recession configured between the microdermabrasion zone and the channel rim.