Arthrex, Gmbh

Joshua Joseph Best

Kenneth T Helenbolt

Andrew K Osika

Charles William Sears

Timothy Norman Johnson

Arley Perez, Iii

Timothy James Haughton

Tyler Esposito

Colin Baker

Marshall Dean

Omar Bermudez

Jacob A Jolly

Bryan Talmadge Kelly

John Gualdoni

Justin Boyle

Tara L Swanlaw

Michael Charles Morris

Timothy Mcintyre

This disclosure relates to suture-implant constructs, surgical devices configured to deliver suture-implant constructs, and methods of repairing damaged tissue.

Suture-implant construct and method of deploying the same

A suture construct includes, inter alia, a sheath and a flexible strand threaded through the sheath to configure the sheath in a circular or oblong shape. The suture construct may be utilized in various tissue reconstruction procedures. The suture construct can be connected to a second suture construct to form a surgical assembly.

Circular suture constructs and methods for use

Surgical impact driver adaptors may be connected between a powered surgical instrument and a driven surgical device when performing surgical procedures, such as those involving the implantation of a surgical implant into bone, for example. During surgical procedures, the surgical impact driver adaptors may limit a transfer of a rotational force from the powered surgical instrument to the surgical device until a sufficient axial force is applied to the impact driver adaptor from the powered surgical instrument.

Surgical impact driver adaptors for applying directed torque and linear impact loads during surgical procedures

The disclosure relates to a surgical device configured to both strip and cut a tendon. The harvested tendon can be used in various orthopedic procedures, such as ACL, PCL, and UCL reconstructions.

Surgical device configured to strip and cut tendon

This disclosure relates to a surgical method for deploying implants for repairing damaged tissue, such as meniscus tears. One exemplary surgical device for use in the method includes a cannula and a pusher moveable within the cannula to deploy a plurality of implants. Movement of the pusher in the distal direction deploys a distal-most implant and moves any additional implants distally within the cannula. Thus, multiple implants can be loaded into the cannula and deployed using one pusher. The disclosed arrangement is easy to use and has fewer component parts compared to prior devices, which in turn increases the ease of manufacture and reduces cost.

Method of using surgical device to deploy implants

This disclosure relates to a surgical device configured to deliver implants and a method of repairing damaged tissue, such as meniscus tears. One exemplary surgical device includes a cannula and a pusher moveable within the cannula to deploy a plurality of implants. Movement of the pusher in the distal direction deploys a distal-most implant and moves any additional implants distally within the cannula. Thus, multiple implants can be loaded into the cannula and deployed using one pusher. The disclosed arrangement is easy to use and has fewer component parts compared to prior devices, which in turn increases the ease of manufacture and reduces cost.

Surgical device and methods of delivering implants

A soft anchor, anchor assembly, and methods of inserting soft anchors into bone are disclosed herein.

Growing community of inventors

Naples, FL, United States of America

Joshua Joseph Best