Simbionix Ltd.

Jorge Potti Cuervo

Carlos Guillermo Illana Alejandro

Bernardo Sierra Picon

José Javier San Martin Lopez

César Augusto Mendoza Serrano

Oscar David Robles Sánchez

Pablo Tohario Rabasco

Marcos José Garcia Lorenzo

Sofia Bayona Beriso

José Miguel Guillermo

Ángel Rodríguez Bartolomé

José Mañuel Fernandez-Arroyo

Luis Pastor Pérez

Almudena Sanchez Gonzalez

Francisco Javier Ananos Hinojosa

Manlio Favio Valdiviesco Casique

Samuel Rodriguez Bescos

Juan Vercher Martinez

Gracián Triviño Barros

Sofía Bayona Beriso

Manlio Favio Valdivieso Casique

José Manuel Fernandez-Arroyo

Francisco Javier AÑAÑOS Hinojosa

Luis Pastor PÉREZ

Pablo Toharia Rabasco

Marcos José GARCÍA Lorenzo

Oscar David Robles SÁNCHEZ

José Miguel Espadero Guillermo

José Javier San Martin LÓPEZ

Gracián TRIVIÑO Barros

ÁNgel RODRÍGUEZ MARTÍNEZ De BartolomÉ

Carlos G Illana Alejandro

The invention relates to a simulator for training in arthroscopic surgery on a joint of a simulated patient, comprising: a data processing unit (); viewing means () for viewing the simulation exercise; a working platform (); a human anatomy model () with arthroscopic portals () through which the user inserts the simulated arthroscopic instrument (); two haptic devices () arranged around the model () with a mobile member (), the end of which is provided with a guide () for guiding the instrument that is inserted into the arthroscopic portals () during a simulated surgical procedure, each haptic device () including means for synchronization with the control unit () and means for determining the position and orientation of the mobile members (); and a simulated arthroscopic camera (). The data processing unit () is configured to send simulated images, as would be seen in a real operation, from the arthroscopic camera () to the viewing means () in real time.

Simulation system for arthroscopic surgery training

The present disclosure relates to an articulated knee for arthroscopy simulation that allows true-to-life training. The articulated knee includes an articulation mechanism provided with a framework for coupling to a simulator, and angular and lateral articulation means, traction means and means for quantifying these movements, as well as means that allow force feedback, not only in the movements achieved along each of the axes of rotation and traction of the knee but also the movements achieved by the rods connected to the haptic devices, which are introduced through the entry portals, simulating the surgical instrument.

Articulated knee for arthroscopy simulation

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Tres Cantos, Spain

Jorge Potti Cuervo