Abstract: A supporter in which a position of a camera configured to capture an image of a surgical operation is controlled, includes: a body; a first arm coupled to the body; a second arm coupled to the first arm; a first joint coupled to the body and the first arm; a second joint coupled to the first arm and the second arm; a third joint coupled to the second arm and the camera; and a controller configured to control the first joint, the second joint and the third joint to change the position of the camera.

Abstract: A surgical video production system consists of: an input part which records time codes in a moving, and inputs a focal distance of a lens and information of surgical tools, a recognition part which generates recognition information by recognizing the surgical tools, organs, tissue, and objects in the moving image, identifies unfocused video and shaky video, indicates markers corresponding to a first time code and a last time code of each of the unfocused video and the shaky moving image, and indicates the markers corresponding to the first time code and the last time code of the moving image corresponding to the event; an editing part, which deletes a part of the moving image using the markers or separates a moving image according to the event to generate an edited image; and a transformation part which transforms an edited image into a stereoscopic image.

Abstract: Disclosed is a surgical video creation system, comprising: a surgical microscope comprising a light source; an image processing device configured so as to create a 3D video of surgical scenes and fluorescent images by means of the surgical scenes using the microscope; an optical adapter provided so that the image processing unit is mounted on the microscope; and a display unit configured so as to display the 3D video, wherein the image processing unit is configured so as to recognize the boundary of tumorous tissue by means of the fluorescent images and display the boundary in the 3D video, and the fluorescent images are created by light emitted from a fluorescent material which is selectively accumulated only in the tumor.

Abstract: An autoclavable endoscope suitable for attachment to a camera while hot. The structure of the endoscope adapted for attachment to the camera lens adapter presents a flat, co-planar proximal face, substantially devoid of grooves and crevices, and minimizes the space between the scope optics and the camera optics, thereby minimizing the volume of hot air that might be trapped between the endoscope and the camera.

Abstract: An autoclavable endoscope suitable for attachment to a camera while hot. The structure of the endoscope adapted for attachment to the camera lens adapter presents a flat, co-planar proximal face, substantially devoid of grooves and crevices, and minimizes the space between the scope optics and the camera optics, thereby minimizing the volume of hot air that might be trapped between the endoscope and the camera.

Abstract: An endoscope having an autoclavable replaceable sealed optical assembly without moveable parts. The sealed optical assembly is placed into an insertion tube of the endoscope. A focusing device is attached to the proximal end of the sealed optical assembly. The opposite end of the focusing device may be connected to an appropriate image-receiving device such as a CCD camera. The endoscope differs from conventional optical devices of this type in that its focusing is performed by shifting the image-receiving plane of the CCD camera with respect to an immobile plane of a image produced by optical elements of the sealed optical assembly.