A dermatoscopy device for checking skin lesions, comprising: an enclosed chamber to accommodate a user to be examined; an image acquisition system configured to acquire images from different body regions of said user; lighting elements (13, 14); and a computing unit, operatively connected to said displacement element and to said image acquisition system, and configured to process said acquired images; characterized in that: the dermatoscopy device further comprises a displacement element configured to be moved on axes x, y, z inside the enclosed chamber; the image acquisition system is attached on a support of the displacement element and comprises two different types of cameras, namely at least one camera of a first type (21, 22) and one camera of a second type, the at least one camera of the first type (21, 22) being configured to operate independently of the camera of the second type, the camera of the second type being a dermatoscopic camera, and the at least one camera of the first type (21, 22) being a stereoscopic camera or two cameras configured to operate as a stereoscopic camera; the lighting elements (13, 14) comprises at least two lighting elements each one attached on an extreme of the support of the displacement element; and the processing comprises: • analyzing, for each body region, at least one image acquired by the at least one camera of the first type (21, 22); • executing a scanning algorithm that detects skin structures in the acquired image and that checks whether the detected skin structures fulfill a given criteria; • upon a given skin structure of a given body region is determined as fulfilling the given criteria, executing a motion algorithm that automatically moves the displacement element to the given body region; and • providing a triggering order to the image acquisition system, and as a result of the triggering order, the camera of the second type acquiring, at a determined distance, at least one image of the given skin structure, the distance being comprised in a range between 100-1000 mm from the user. an enclosed chamber to accommodate a user to be examined; an image acquisition system configured to acquire images from different body regions of said user; lighting elements (13, 14); and a computing unit, operatively connected to said displacement element and to said image acquisition system, and configured to process said acquired images; the dermatoscopy device further comprises a displacement element configured to be moved on axes x, y, z inside the enclosed chamber; the image acquisition system is attached on a support of the displacement element and comprises two different types of cameras, namely at least one camera of a first type (21, 22) and one camera of a second type, the at least one camera of the first type (21, 22) being configured to operate independently of the camera of the second type, the camera of the second type being a dermatoscopic camera, and the at least one camera of the first type (21, 22) being a stereoscopic camera or two cameras configured to operate as a stereoscopic camera; the lighting elements (13, 14) comprises at least two lighting elements each one attached on an extreme of the support of the displacement element; and the processing comprises: • analyzing, for each body region, at least one image acquired by the at least one camera of the first type (21, 22); • executing a scanning algorithm that detects skin structures in the acquired image and that checks whether the detected skin structures fulfill a given criteria; • upon a given skin structure of a given body region is determined as fulfilling the given criteria, executing a motion algorithm that automatically moves the displacement element to the given body region; and • providing a triggering order to the image acquisition system, and as a result of the triggering order, the camera of the second type acquiring, at a determined distance, at least one image of the given skin structure, the distance being comprised in a range between 100-1000 mm from the user. • analyzing, for each body region, at least one image acquired by the at least one camera of the first type (21, 22); • executing a scanning algorithm that detects skin structures in the acquired image and that checks whether the detected skin structures fulfill a given criteria; • upon a given skin structure of a given body region is determined as fulfilling the given criteria, executing a motion algorithm that automatically moves the displacement element to the given body region; and • providing a triggering order to the image acquisition system, and as a result of the triggering order, the camera of the second type acquiring, at a determined distance, at least one image of the given skin structure, the distance being comprised in a range between 100-1000 mm from the user.