30 results about "Surgical Models" patented technology

Laparoscopic instruments and cannulas are provided for performing laparoscopic procedures entirely through the umbilicus. Generally S-shaped laparoscopic instruments placed through the C-shaped trocar sleeves or through the cannula and instrument holder unit provide markedly improved degrees of instruments' freedom during trans-umbilical laparoscopic procedures.

A medical instrument insertable through a cannula, the instrument comprising an elongate shaft; and an operative tip having a first jaw and a second jaw movable with respect to the first jaw. The operative tip disposed at a distal end of said elongate shaft and being disposed on said shaft for rotation relative to at least a distal end portion of said shaft about a longitudinal axis of said distal end portion.

A medical instrument insertable through a cannula, the instrument comprising an elongate shaft; and an operative tip having a first jaw and a second jaw movable with respect to the first jaw. The operative tip disposed at a distal end of said elongate shaft and being disposed on said shaft for rotation relative to at least a distal end portion of said shaft about a longitudinal axis of said distal end portion.

A spinal fusion surgery instrument for implanting and an intervertebral cage thereof are provided. The spinal fusion surgery instrument includes a body, a gripper subassembly, a first control subassembly, and a second control subassembly. The first control subassembly is provided to generate a displacement between a first connecting member and a second connecting member of the gripper subassembly to change the angle of gripper of the intervertebral cage. The second control subassembly is provided to enable a first gripper member and a second gripper member of the gripper subassembly separating smoothly from the dowel pins of the intervertebral cage. By means of the operation model, the spinal fusion surgery instrument may be controlled easily, and the orientation of the intervertebral cage may be promoted in the process of the surgery.

A reusable surgical model of the eye has mating anterior and posterior segments. The posterior segment has structures corresponding to those of the eye, including a hollow globe and an image of the fundus positioned upon an interior, posterior portion of the globe. A mating connector is peripherally formed about an open end of the globe. The anterior segment includes structures corresponding to those of the eye, including a pars plana, an opening in a region corresponding to an iris, and a lens positionable within the opening. The anterior segment has a peripheral connector which mates with that of the posterior segment. The lens is removably connected to the anterior segment, and has a focal length corresponding to a natural eye. A coating is applied to the fundus to enable simulation of a membrane peeling procedure, and the globe is fillable with a vitreous substitute.

The invention discloses a method for producing a human tissue simulated operation model and a guide plate. The method for producing the human tissue simulated operation model an the guide plate comprises the following steps that CT / MR data about a human tissue are gathered, cleaning up and rebuilding are conducted, exact cutting of model space position data is conducted, based on a grinding model of an operation spot, operational information is added, an operation guide plate model is produced by reversed engineering, the obtained grinding model and operation guide plate model are converted to layer-by-layer cross-section data, and the layer-by-layer cross-section data are introduced to a 3D printer to conduct printing. According to the method for producing the human tissue simulated operation model an the guide plate, the accurate combination of a medical model and the guide plate is obtained by 3D printing, accurate simulated operation can be conducted with low cost and high speed, and a pre-operation simulation plan is executed accurately according to a pre-operation guide plate, so that operational risks are reduced, time on the operation is shortened, operational effect is improved, and great practical value is possessed.

The invention discloses a dental implant surgery simulation console. The dental implant surgery simulation console comprises a water containing tray, a pedestal, a support base and a bracket; the pedestal is arranged in the water containing tray, provided with two side walls and used for fixing the support base and the bracket; the support base is arranged in the pedestal, provided with two baffle plates, connected with the side wall of the pedestal and used for clamping a pig scapula operation model; and the bracket is arranged above the pedestal, provided with two support plates and used for supporting the pig scapula operation model. The dental implant surgery simulation console is designed according to the position and the angel of a patient undergoing a surgery on a dental chair, a dentist can practice the dental implant surgery on the dental implant surgery simulation console by taking the side surface of a pig scapula as the operation surface, and the dentist can simulate the operation of the dental implant surgery on different parts of the dental implant surgery simulation console according to needs to master the essentials of the dental implant surgery and the handfeel.

The invention discloses an operation model training method based on a three-dimensional modeling image technology. The method comprises the following steps: S1, acquiring three-dimensional image information of various tissues and organs of people of different body types, ages and sexes, and calibrating key points of the three-dimensional image information so as to obtain a three-dimensional training model set which comprises the various corresponding three-dimensional training model information; S2, establishing trigger performance information of the key points of the three-dimensional training model information; and generating a random emergency situation example set; S3, in accordance with the various tissues and organs, generating apparatus control and conversion parameters corresponding to various operation types; acquiring user's operation type training request information; and confirming the corresponding apparatus control and conversion parameters in accordance with the operation type training request information; and S4, extracting the three-dimensional training model information from the three-dimensional training model set as an object of operation simulation training; receiving user's operating information; and converting the user's operating information into operating information of the three-dimensional training model information via the apparatus control and conversion parameters.