Abstract: The present invention discloses a multi-broadband pulsed light emitter (MPLE) (1000) for applying an effective dermal treatment characterized by painless feature despite a high amount of applied light energy, and is also characterized by avoiding high excessive overheating of the skin layers, said MPLE is adapted to deliver energy of homogeneous and concentrated distribution (100) throughout a large focal spot (10), comprising; (a) a large broadband polychromatic source module (200), which provides a controlled pulsed light radiation for irradiating a predetermined portion of a skin to be treated (300); (b) a controller (400) adapted to select parameters selected form a group including intensity of output energy, pulse duration and number of pulses; and, (c) a cooling mechanism for simultaneously cooling both light source (250) and said treated portion of skin (300).

Abstract: A skin contact handpiece system for cooling an internal light source and treated skin, during controlled emission of light from the source combines an internal air-cooled light source adapted to controllably emit light towards the treated skin while preserving the absorption characteristic of the emitted light; and a liquid-cooled skin contact adapted to provide a painless dermal treatment and to prevent overheating of the treated skin by the light.

Abstract: A self-contained controlled pulsed light emitter useful for skin care, dermal applications and topical treatment, is adapted to selectively optimize broadband light spectrum via electronic manipulation, without physically changing light sources; and to maintain such spectrum regardless of the change of the light energy via time discharge. The emitter includes a light source such as flash lamp or a discharge lamp which provides a controlled pulsed light for irradiating a predetermined region of a skin to be treated; and a display adapted to select (a) skin care applications and treatment, and (b) the intensity of the output energy.