The present invention relates to a mammography detector consisting of a mammography detector having multiple sensors, such as a high resolution sensor for detecting very small lesions, a high contrast sensor for detecting the exact size of a lesion, a mammography sensor, and a CT sensor and to a mammography device capable of acquiring 3D images by rotating an X-ray emitting unit and the mammography detector by more than 185 degrees with respect to a breast to be examined. The mammography device includes a main body, a gantry connected to the main body so as to be capable of moving vertically, an X-ray emitting unit mounted on one end of the gantry, and an X-ray detector mounted on the opposite end of the gantry at a position opposite the X-ray emitting unit, and comprises: a first rotating means provided within the main body in order to rotate the gantry and a pressing means for pressing the breast of a patient while the patient is standing, and including a supporting panel provided on a rotational axis of the first rotating means, and a pressing panel capable of vertical movement on the axis of rotation so as to press the breast on the supporting panel, and connected to the main body while physically separated state from the gantry. The X-ray detector includes a CT sensor, and a 3D image is acquired by rotating the gantry by at least a certain angle, with the pressing means pressing the breast of the patient.La présente invention concerne un détecteur de mammographie consistant en un détecteur de mammographie ayant de multiples capteurs, tels quun capteur à haute résolution pour détecter de très petites lésions, un capteur à contraste élevé pour détecter la dimension exacte dune lésion, un capteur de mammographie et un capteur de tomodensitométrie (CT) et un dispositif de mammographie apte à acquérir des images tridimensionnelles (3D) par rotation dune unité démission de rayons X et du détecteur de mammographie de plus de 185 degrés par rapport à un sein à examine
