Abstract: A skin treatment device includes a handle and a tip, having a skin applying surface, detachably coupled to the handle. A fluid delivery structure is formed at skin applying surface and has an aperture and a vacuum entry port. A fluid detouring path is defined between the aperture and the vacuum entry port for prolonging a traveling path of fluid from the aperture and the vacuum entry port. An abrading structure, an electrode structure, and a micro-needling structure are selectively provided at the skin applying surface with the fluid delivery structure to provide multiple functions of the tip.

Abstract: An apparatus for transdermal fluid delivery includes a handle and a tip, having a skin applying surface, being driven to move by a driving unit. A fluid delivery structure has an aperture formed at the skin applying surface and a vacuum entry port. An abrading structure, an electrode structure, and a micro-needling structure are selectively provided at the skin applying surface with the fluid delivery structure to provide multiple functions of the tip. A flow of fluid is delivered onto the skin applying surface through the fluid delivery structure to interact with the abrading elements and the electrodes before the fluid is returned and collected, so that three different skin treatments of abrasive peeling, electrical stimulation, and liquid infusion are achieved in one single structure for improving a skin structure.

Abstract: An apparatus for transdermal fluid delivery includes a handle and a tip, having a skin applying surface, being driven to move by a driving unit. A fluid delivery structure has an aperture formed at the skin applying surface and a vacuum entry port. An abrading structure, an electrode structure, and a micro-needling structure are selectively provided at the skin applying surface with the fluid delivery structure to provide multiple functions of the tip. A flow of fluid is delivered onto the skin applying surface through the fluid delivery structure to interact with the abrading elements and the electrodes before the fluid is returned and collected, so that three different skin treatments of abrasive peeling, electrical stimulation, and liquid infusion are achieved in one single structure for improving a skin structure.

Abstract: A skin treatment device includes a handle and a tip, having a skin applying surface, detachably coupled to the handle. A fluid delivery structure is formed at skin applying surface and has an aperture and a vacuum entry port. A fluid detouring path is defined between the aperture and the vacuum entry port for prolonging a traveling path of fluid from the aperture and the vacuum entry port. An abrading structure, an electrode structure, and a micro-needling structure are selectively provided at the skin applying surface with the fluid delivery structure to provide multiple functions of the tip.

Abstract: A skin treatment apparatus includes a handle body, a driving unit received in a receiving cavity of the handle body, a treatment head unit, and an inlet arrangement. The treatment head unit includes a supporting member provided at the front end portion of the handle body, a treatment cap detachably attached on the supporting member, a treatment shaft rotatably connected to the driving unit and extended from the driving unit into a treatment cavity, and an abrasion head integrally formed at a free end of the treatment shaft in such a manner that when the treatment shaft is driven to rotate, the abrasion head is also driven to rotate with respect to the handle body. The inlet arrangement is formed at the supporting member of the treatment head unit for providing a predetermined amount of skin treatment fluid in the treatment cavity.

Abstract: A skin treatment apparatus includes a handle body, a driving unit received in a receiving cavity of the handle body, a treatment head unit, and an inlet arrangement. The treatment head unit includes a supporting member provided at the front end portion of the handle body, a treatment cap detachably attached on the supporting member, a treatment shaft rotatably connected to the driving unit and extended from the driving unit into a treatment cavity, and an abrasion head integrally formed at a free end of the treatment shaft in such a manner that when the treatment shaft is driven to rotate, the abrasion head is also driven to rotate with respect to the handle body. The inlet arrangement is formed at the supporting member of the treatment head unit for providing a predetermined amount of skin treatment fluid in the treatment cavity.

Abstract: A tissue removal pen includes a pen body having a working end and a handle portion, and an abrasion unit, which is mounted on the pen body, including an abrasion head extended outwardly from the working end of the pen body for removing cells from a treating skin surface of a user. A collecting unit includes a collecting conduit, which is mounted on the pen body, having a discharging end and an intake end extended toward the working end, and a collecting head replaceably mounted to the intake end of the collecting conduit and extended from the working end of the pen body to a position that adjacent to the abrasion head of the abrasion unit. A vacuuming source is connected to the discharging end of the collecting conduit to provide a reduced pressure within the collecting head for collecting cells removed from the treating skin surface.

Abstract: A tissue removal pen includes a pen body having a working end and a handle portion, and an abrasion unit, which is mounted on the pen body, including an abrasion head extended outwardly from the working end of the pen body for removing cells from a treating skin surface of a user. A collecting unit includes a collecting conduit, which is mounted on the pen body, having a discharging end and an intake end extended toward the working end, and a collecting head replaceably mounted to the intake end of the collecting conduit and extended from the working end of the pen body to a position that adjacent to the abrasion head of the abrasion unit. A vacuuming source is connected to the discharging end of the collecting conduit to provide a reduced pressure within the collecting head for collecting cells removed from the treating skin surface.

Abstract: A peeling apparatus for removing surface portions of human tissue by superficial abrasion caused by a stream of a mixture of air with at least one granular abrasive substance striking on the surface portion of the human tissue to be removed, wherein the peeling apparatus includes a purging arrangement includes a first and a second switch.

Abstract: The present invention provides a facial steamer machine with detachable function units, in which all kinds of skin care appliance are independently constructed into a plurality of function units which are adapted to incorporate with the facial steamer machine, so that the user may selectively combine several function units to detachably connect and equip with the facial steamer machine to form a single skin care system. The facial steamer machine of the present invention can also reduce the overall manufacturing cost by utilizing some common components such as the movable stand and the power wiring arrangement. Therefore, the present invention occupies less storage space and operating space. Moreover, it is easier to maintain too.

Abstract: A facial steamer having an adjustable steamer arm, which includes a steamer spread arm, a first adjustable device, a second adjustable device hingedly and rotatably connect to the first adjustable device by means of two connecting means, a steam transporting mean, and a mounting device for rotatably mounting the second adjustable device in position, enables the adjustable steamer arm to be selectively rotated along an connecting axis thereof and swung up and down for enabling the cosmetician to selectively adjust the adjustable steamer arm to an adequate position with respect to the face position of the patient more easily. Moreover, the facial steamer is specifically designed to be located at a hand reaching position close to the cosmetician for ensuring easy operation.

Abstract: A bendable steamer arm for facial steamer includes a tubular rear-arm having a front end and a rear end rotatably mounted on a steamer machine, a fore-arm having a connecting end and a steam spreading opening provided thereon, a connector joint adapted for connecting the front end of the rear-arm with the connecting end of the fore-arm in a bendable manner, and a bendable steam tube extending from the steamer machine to the fore-arm and passing through the connector joint for transmitting steam generated by the steamer machine to the steam spreading opening of the fore-arm of the steamer arm. Therefore, the bendable steamer arm enables a fore-arm of the steamer arm to bend left and right with respect to a rear-arm of the steamer arm, so as to enable the cosmetician to rapidly adjust the operation angle of the steamer arm and easily aim the steam outlet provided on the fore-arm at the affected part of the patient.

Abstract: A rotation joint which is adapted for connecting a steamer arm to a facial steamer machine includes a clamping mount affixed to the facial steamer machine, an arm head which is affixed to the steamer arm having a head sleeve rotatably mounted in the clamping mount, a stopper device for limiting the rotation angle of the steamer arm, and a locking means for fastening the steamer arm to a desired inclined angle. The rotation joint limits the adjustable rotation angle of the facial steamer arm to less than 180 degree, so that the steamer arm is blocked to avoid positioning horizontally. In other words, in all situation during operation, the steamer arm extends upwards to prevent any hot water from dropping down to the patient body. Besides, the rotation joint also enables the steamer arm to be adjusted to a hang down position so as to save the storage space when it is not in use.