Knotless Push-In Anchors

AP Biocomposite, PEEK CF, and PEEK Suture Anchors

Anika’s suture anchor portfolio is designed for efficiency and ease of use, optimizing patient outcomes. Our knotless suture anchors provide a step-saving alternative to conventional “knotted” suture anchors and are recommended for use in both large and small-joint soft tissue repairs. 

Anika’s Knotless PEEK Push-In Suture Anchors are made of natural PEEK-OPTIMA and available in a 2.8mm diameter. Anika’s Knotless PEEK CF Push-In Suture Anchors are made of carbon fiber-reinforced PEEK-OPTIMA and are available in a variety of diameters. The proven design of the knotless product family has been expanded to include Anika’s Knotless AP Biocomposite Push-In Suture Anchors, made with advanced polymer (AP) biocomposite material comprised of 70% PLGA and 30% B-TCP.


Key Features & Benefits

Knotless AP Biocomposite Push-In Suture Anchors

  • Made with biocomposite material comprised of 70% PLGA and 30% B-TCP
  • Biocomposite is resorbable, osteoconductive, radiolucent, and MR Safe
  • Eliminates “knot stacks” associated with soft tissue irritation

Knotless PEEK CF Push-In Suture Anchors

  • Made of carbon fiber-reinforced PEEK-OPTIMA
  • Non-absorbable, radiolucent, and MR Safe
  • Modulus of elasticity closely matching cortical bone
  • Eliminates “knot stacks” associated with soft tissue irritation

Knotless PEEK Push-In Suture Anchors

  • Made of natural PEEK-OPTIMA
  • Non-absorbable, radiolucent, and MR Safe
  • Modulus of elasticity closely matching cortical bone
  • Eliminates “knot stacks” associated with soft tissue irritation

Anika products may not be available in all geographies. Product availability is subject to the regulatory clearances in individual markets. Please reach out to your local representative or Contact Us if you have questions about specific market approvals.

For complete product information, including indications, contraindications, warnings, and precautions, please refer to the Instructions for Use found here.

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