In arthroscopic soft tissue repair, selecting the appropriate anchor is only one part of the fixation strategy. The sutures connected to the anchor and the way they are positioned through the tissue are equally important components of the repair construct.
Suture number, configuration, tissue passage and anchor positioning can all influence how forces are distributed across the repaired tissue.
For this reason, surgeons evaluate the complete anchor–suture construct, rather than considering the implant alone.
Suture configuration refers to the way sutures are arranged and passed through the tissue before final fixation.
Depending on the procedure and repair technique, different configurations may be used to achieve the required tissue positioning and fixation.
The selected configuration can depend on factors such as:
The objective is to create a repair construct appropriate for the specific anatomical and clinical requirements.
Suture anchors can be designed with different suture configurations.
Using more than one suture from an anchor can provide additional possibilities for tissue passage and fixation-point planning.
However, simply increasing the number of sutures does not automatically create a better repair.
The complete construct—including anchor placement, tissue quality, suture positioning and surgical technique—must be considered together.
Where a suture passes through the tissue can affect how the repaired tissue is held against its intended fixation area.
Appropriate spacing can help distribute fixation across the repair rather than concentrating the construct at a single point.
This consideration becomes particularly relevant in procedures involving broader areas of soft tissue fixation.
The surgeon must therefore determine not only where the anchor will be inserted, but also where each suture will pass through the tissue.
Anchor placement and suture configuration should not be considered independently.
The angle, location and spacing of the anchors establish the foundation of the repair, while the sutures connect the tissue to those fixation points.
When multiple anchors are used, planning their positions can also provide flexibility for creating the intended repair configuration.
This is one reason different anchor diameters and designs are available for arthroscopic procedures.
Different implant designs can be incorporated into arthroscopic suture repair strategies.
Rigid metallic anchors used for soft tissue-to-bone fixation and available in different dimensions.
Polymer-based rigid anchors that provide an alternative to metallic implants and offer radiolucent material characteristics.
Predominantly suture-based implants designed to establish fixation through a relatively small bone tunnel.
Knotless systems provide another approach by allowing suture fixation without conventional arthroscopic knot tying.
The appropriate system depends on the anatomical location, repair technique and surgeon's preferred fixation strategy.
Orthosyn Medikal provides different arthroscopic fixation solutions designed for a variety of soft tissue repair techniques.
The Orthosyn portfolio includes:
Different anchor sizes and configurations provide options for planning the complete anchor–suture construct according to the requirements of the procedure.
Explore Orthosyn arthroscopy products:
Successful arthroscopic fixation is not determined by the anchor alone.
Anchor design, suture configuration, tissue passage, anchor positioning and tissue quality all work together as part of the repair construct.
Understanding these relationships is important when selecting and using suture anchor systems for arthroscopic soft tissue repair.