Abstract: The development of an internal bone lengthening stabilization system with extramedullary localization to generate a dynamic axial stabilization system by the incorporation of tension-locked Kirschner wires and tension-locked cerclage wires is described. It features as a benefit the performance of bone lengthening, transports or reconstruction without any external fixation element, using the benefits of the pressure Kirschner wires in different planes without going through soft parts such as skin, cells, fascia, muscle, thereby reducing the risk of neurological and vascular injury to these elements. The present development is based on my previous patent “Canulated locking and fixation assembly for trauma surgery”, which allows the attachment of Kirschner wires, cerclage wires, ender or TENS with tension to internal extramedullary fixation elements such as locked plates or bone fixation rings.

Abstract: A cannulated locking and fixation set for orthopedic surgery, which allows to easily and simply lock useful elements for orthopedic surgeries or other surgeries that currently demonstrate a more complicated fixation system or not at all.

Abstract: A protective device and guide for minimal invasive osteotomy during surgical procedures is disclosed, protecting tissues, muscles, tendons, and peripheral blood vessels adjacent to the bone structure, while allowing a spatial fixation of the device in order to free both hands of the healthcare professional in order to carry out the osteotomy without requiring additional staff.

Abstract: The present invention is related to a minimally invasive device for surgical procedures which generally comprises at least a pair of assembly elements formed by a primary main body and a secondary main body joined together at their proximal and distal ends; a fastening element which is inserted in the distal end of both primary and secondary main bodies respectively, which is employed to keep them joined together; a threading element which is inserted in its inner section from the intermediate section of said device, continues to its proximal end and returns to its intermediate section on the opposite end; and a multifunction element located on the inside of the threading element.

Abstract: The present invention is related to a minimally invasive device for surgical procedures which generally comprises at least a pair of assembly elements formed by a primary main body and a secondary main body joined together at their proximal and distal ends; a fastening element which is inserted in the distal end of both primary and secondary main bodies respectively, which is employed to keep them joined together; a threading element which is inserted in its inner section from the intermediate section of said device, continues to its proximal end and returns to its intermediate section on the opposite end; and a multifunction element located on the inside of the threading element.

Abstract: The present invention is related to techniques for designing and constructing devices employed in surgical interventions, through minimally invasive techniques with protection and cutting guide generally comprising a pair of assembly components formed by a first main body and a second main body joined together at their mid-section (intersection area) and at the distal ends of the handles forming a cross tong-type system.