Abstract: A microneedle applicator for applying a fluid product to the skin and causing the fluid product to penetrate to the skin. The applicator has an application face provided with at least one fluid product outlet; a plurality of microneedles; a fluid product reservoir connected to the fluid product outlet; and a motor for causing the microneedles to vibrate and to convey the fluid product from the reservoir to the outlet. The applicator has two distinct modules axially and removably connected to each other, namely, a first module housing the motor and accessories for operating the motor; and a second module housing the fluid product reservoir, forming the application face and supporting the microneedles.

Abstract: A dispenser having a reservoir module (R?) havingn a case (RT) for accommodating a fluid product cartridge (C) defining a movable wall (C2) biased by a spring (R4) resting on a bearing (R31); and a dispensing module having an outlet valve for controlling the passage of the fluid product released under pressure from the fluid product cartridge (C). The reservoir module (R?) is removably connected to the dispensing module. The bearing (R31) of the spring (R4) is movable relative to the casing (R1?) between an active position in which the spring (R4) is compressed and a rest position in which the spring (R4) is relaxed, thereby allowing the reservoir module (R?) to be connected to the dispensing module with the bearing (R31) in the rest position and the bearing (R31) subsequently in the active position.

Abstract: A microneedle applicator for applying a fluid product to the skin and causing the fluid product to penetrate to the skin. The applicator has an application face provided with at least one fluid product outlet; a plurality of microneedles; a fluid product reservoir connected to the fluid product outlet; and a motor for causing the microneedles to vibrate and to convey the fluid product from the reservoir to the outlet. The applicator has two distinct modules axially and removably connected to each other, namely, a first module housing the motor and accessories for operating the motor; and a second module housing the fluid product reservoir, forming the application face and supporting the microneedles.

Abstract: A microneedle applicator for applying a fluid product to the skin and causing the fluid product to penetrate to the skin. The applicator has an application face provided with a fluid product outlet and a plurality of microneedles; a motor for causing the microneedles to vibrate; a fluid product reservoir connected to the outlet; and a manual actuating member for conveying the fluid product from the reservoir to the outlet. The applicator has two distinct modules removably connected to each other, namely, a first module housing the motor; and a second module housing the fluid product reservoir and forming the application face and the actuating member, the actuating member being accessible and manually manipulable when the two modules are connected to each other.