PEEK Suture Anchor System

Polyetheretherketone suture anchors designed for soft tissue reattachment in orthopedic and sports medicine procedures. Registered medical device with biocompatible material properties.

An anchor system made from polyetheretherketone (PEEK) material for soft tissue attachment in sports medicine. Used for repair of ligaments, tendons, and muscle injuries.

PEEK CF knotless push-in suture anchor for soft tissue repair and reattachment in orthopedic and sports medicine procedures. Features carbon fiber-reinforced PEEK construction for enhanced strength and biocompatibility. Designed for rotator cuff, labral, and other soft tissue applications with simplified insertion technique.

An orthopedic implant used in arthroscopic surgery to anchor soft tissues and repair structures in the shoulder, knee, and other joints. Available in PEEK material and compatible with various sports medicine surgical procedures.

PEEK suture anchor designed for soft tissue repair and orthopedic fixation in rotator cuff, labral, and ligament reconstruction procedures. Provides biocompatible fixation with radiolucent properties, enabling post-operative imaging without artifact. Single-use sterile device for arthroscopic and open surgical applications.

PEEK suture anchor screw designed for shoulder arthroscopic surgery and rotator cuff repair. Provides secure soft tissue fixation with biocompatible material and radiolucent properties for postoperative imaging. Enables minimally invasive orthopedic procedures with reliable load-bearing performance.

PEEK Titanium knotless anchor system designed for rotator cuff repair and shoulder stabilization procedures. Features advanced biocompatible materials combining PEEK polymer with titanium components for enhanced load distribution and tissue integration. Indicated for arthroscopic shoulder surgery applications requiring secure soft tissue fixation.

PEEK carbon fiber suture anchor designed for soft tissue fixation in orthopedic and sports medicine procedures. Provides superior strength and biocompatibility with radiolucent properties for enhanced post-operative imaging. Indicated for rotator cuff repair, labral reattachment, and ligament reconstruction applications.

A screw anchor manufactured from PEEK and UHMWPE materials with dual-colored sutures for high fixation in cortical or cancellous bone structures. Available in sizes 4.5mm, 5.5mm, and 6.5mm for shoulder arthroscopic procedures.

A two-piece knotless anchor entirely composed of PEEK material with a proximal portion that provides strong fixation for shoulder arthroscopic repairs. Available in sizes 3.5mm and 5.0mm.

The polyetheretherketone (PEEK) suture anchor is made from PEEK material with excellent biocompatibility and biostability, non-toxic and non-irritating with no sensitization reactions. Its elastic modulus matches cortical bone while offering excellent mechanical strength, fatigue resistance, and imaging characteristics with no MRI artifacts. The PEEK suture anchor family includes three types: suture anchor with preset suture, hammer-in knotless anchor, and screw-in knotless anchor. The suture anchor features full-thread design for higher holding force, lateral hole design inducing bone ingrowth for long-term stability, preset #2 high-molecular polyethylene suture for secure fixation, internal line hole design preventing suture cutting, and preset ∆1/2 curved needle for simplified intraoperative handling. The hammer-in knotless anchor simplifies surgical steps with barb design for smooth implantation and strong pull-out resistance, while the screw-in knotless anchor features hollow design maximizing bone ingrowth promotion and tendon-bone healing, with multiple specifications available.

PEEK suture anchor screw designed for shoulder arthroscopic procedures. This single-use device provides secure soft tissue fixation during rotator cuff repair and labral reconstruction. The PEEK material offers radiolucency and biocompatibility, eliminating MRI artifacts while ensuring reliable fixation in sports medicine applications.