Apparatus for the ex-vivo intraoperative analysis of biological tissue samples resected from a patient during surgery, said apparatus comprising: - supporting means, to which said sample can be stably associated, comprising a platform provided with a flat surface adapted to receive said sample, - data acquisition bodies comprising at least a sensor element, - moving members of said supporting means with respect to said data acquisition bodies, - a control unit for receiving data from said data acquisition bodies, for processing them and for controlling said data acquisition bodies and said moving members, characterized in that said data acquisition bodies comprise: - ultrasound sensors, - tactile sensors, - vision sensors, wherein said sensor element provides a free end forming a contact surface facing said flat surface of the supporting means, said contact surface being suitable for abutting said biological tissue sample, said contact surface being a detection surface of said tactile sensors and the same emission and reception surface of said ultrasound sensors, and wherein said control unit is configured to automatically control said moving members and said ultrasound sensors as a function of data received from said vision sensors and from said tactile sensors in such a way to control the acquisition of data by said ultrasound sensors and tactile sensors and to elaborate the acquired data for a characterization of said biological tissue sample. - supporting means, to which said sample can be stably associated, comprising a platform provided with a flat surface adapted to receive said sample, - data acquisition bodies comprising at least a sensor element, - moving members of said supporting means with respect to said data acquisition bodies, - a control unit for receiving data from said data acquisition bodies, for processing them and for controlling said data acquisition bodies and said moving members, characterized in that said data acquisition bodies comprise: - ultrasound sensors, - tactile sensors, - vision sensors, wherein said sensor element provides a free end forming a contact surface facing said flat surface of the supporting means, said contact surface being suitable for abutting said biological tissue sample, said contact surface being a detection surface of said tactile sensors and the same emission and reception surface of said ultrasound sensors, and wherein said control unit is configured to automatically control said moving members and said ultrasound sensors as a function of data received from said vision sensors and from said tactile sensors in such a way to control the acquisition of data by said ultrasound sensors and tactile sensors and to elaborate the acquired data for a characterization of said biological tissue sample. - ultrasound sensors, - tactile sensors, - vision sensors, wherein said sensor element provides a free end forming a contact surface facing said flat surface of the supporting means, said contact surface being suitable for abutting said biological tissue sample, said contact surface being a detection surface of said tactile sensors and the same emission and reception surface of said ultrasound sensors, and wherein said control unit is configured to automatically control said moving members and said ultrasound sensors as a function of data received from said vision sensors and from said tactile sensors in such a way to control the acquisition of data by said ultrasound sensors and tactile sensors and to elaborate the acquired data for a characterization of said biological tissue sample. wherein said sensor element provides a free end forming a contact surface facing said flat surface of the supporting means, said contact surface being suitable for abutting said biological tissue sample, said contact surface being a detection surface of said tactile sensors and the same emission and reception surface of said ultrasound sensors, and wherein said control unit is configured to automatically control said moving members and said ultrasound sensors as a function of data received from said vision sensors and from said tactile sensors in such a way to control the acquisition of data by said ultrasound sensors and tactile sensors and to elaborate the acquired data for a characterization of said biological tissue sample.