This invention provides an anchoring apparatus comprising a primary anchor and a secondary anchor. The primary anchor defines a primary bore, a tail section, and a head section. The head section defines a pair of substantially parallel bores extending through the head section of the primary anchor. The secondary anchor is sized and configured to mate with the head section of the primary anchor at a head section opening of the primary bore.

A load distributor for a sternum closure device comprises a wire receiving section configured to be attached to a wire of the sternum closure device, and a load distributing section. A tool for cutting the load distributor comprises a pair of jaws movable between a load distributor receiving position and a cutting position, wherein at least one of the jaws has substantially V-shaped cutting edges tapered towards the other jaw in an angle to the longitudinal extension of the tool.

A handheld closing device for closing a bone closure device. The handheld closing device includes a main body portion with an end and a receiving member located at the end of the main body portion. The receiving member is configured for receiving the securing member of the bone closure device. The handheld closing device further includes a tightening member rotatably connected to the main body portion. The tightening member includes a receiving hole configured for receiving the strap of the bone closure device. The tightening member is configured for tightening the strap. The handheld closing device further includes a lever pivotally connected to the main body portion. The lever is configured for operably engaging with the securing member to position the securing member in its locked position.

This disclosure details a surgical system and method, which is useful for treating an acromioclavicular (AC) joint. In an example, the disclosed system includes a cerclage which is provided relative to a coracoid process and which includes a loop. In that example, a clavicle is held relative to the coracoid process using a clavicle fixation assembly, which includes suture passed through the loop of the cerclage.

This disclosure details a surgical system and method, which is useful for treating an acromioclavicular (AC) joint. In an example, the disclosed system includes a cerclage which is provided relative to a coracoid process and which includes a loop. In that example, a clavicle is held relative to the coracoid process using a clavicle fixation assembly, which includes suture passed through the loop of the cerclage.

Provided is an implant for sternum replacement including an upper face, a posterior face, extensions for fitting with the ribs and extensions for fitting with the manubrium, wherein that implant is manufactured in a single piece with high performance engineering polymers, with an anatomical adjustment tailored to each patient, which guarantees the reduction of the number of elements in contact with the patient, facilitating and speeding up the surgical procedure, at the same time, the required mechanical and flexibility properties, are guaranteed.

A medical device for approximating and securing tissue without requiring knots includes a lock-head, a strap section, distal protuberance, and a leader section. The device also includes a transition section between the leader and the strap section and a stiffening section proximal to the protuberance. The leader section is used to draw the strap section into the body through small apertures in tissue and the transition section provides a gradual transition in stiffness and size between the leader and the strap section. Tensioner and cutter and a threading tool configured to be slidably removed from a lumen of the tensioner and cutter is provided. A blade within the lumen of the tensioner and cutter is provided to cut excess leader and/or strap when the procedure is completed.

Disclosed herein is a tool for cutting or crimping a tensioned cable in a medical procedure. The tool comprises a cable forming assembly that is coupled with an inner shaft. The cable forming assembly comprises a cable former. The tool additionally comprises a central channel, which extends through the inner shaft, an outer tube within which the inner shaft is positioned, and the cable forming assembly along an entire length of each one of the inner shaft, the outer tube, and the cable forming assembly. The central channel is configured to receive and support the tensioned cable in-line with the tool. The cable former is actuatable to cut or crimp the tensioned cable when the tensioned cable passes through the central channel. Translational movement of the outer tube along the inner shaft in an engagement direction actuates the cable former to cut or crimp the tensioned cable.

Multi-filament microcables are used in place of the traditional monofilament wires as the constituent elements of a woven or braided band. This enhances the function and manufacturability of such bands for various applications, such as orthopaedic applications including sternotomy closures.

The present disclosure relates to an implantable strapping device comprising an elongate hollow textile element comprising an attachment portion and an adjustable loop, the perimeter of the adjustable loop is adjustable by sliding a portion of the adjustable loop in an interior volume of a sleeve arranged in the textile element, and a strapping closing member comprising a front part with which the adjustable loop or the attachment portion is connected, and a rear part comprising a first U-shaped housing configured to receive part of the attachment portion or of the adjustable loop. The strapping device thus comprises a clamping position of the strapping by sliding the adjustable loop in the sleeve, and a locking position in which the sliding of the adjustable loop is prevented by the sleeve.