Suture Anchor - Orthopedic Bone & Soft Tissue Fixation Solution
Designed for reliable bone-to-soft tissue attachment in orthopedic surgeries, the Suture Anchor is a versatile and high-performance implant that supports joint repair and reconstruction across multiple body parts. Crafted with medical-grade materials and innovative structural designs, it delivers stable fixation, simplifies surgical workflows, and promotes optimal tendon-bone healing for patients.
Core Advantages
Diverse Types for Multisurgical Needs: Available in five specialized variants-Solid Strike-In, Hollow Strike-In, Split Spin-In, Full Hollow Screw-In, and Conventional Spin-In-each tailored to specific surgical scenarios. From small joint repairs (e.g., hand, wrist) to complex reconstructive procedures (e.g., shoulder rotator cuff repair, ACL reconstruction), there's a precise anchor type to match every clinical demand.
Premium Material & Structural Innovation: Constructed from biocompatible PEEK (Polyether Ether Ketone), the anchor offers excellent tissue compatibility and mechanical stability, minimizing adverse reactions. Key designs include micro nail bodies (down to 2.0mm diameter) for small anatomical sites, anti-pull-out ring ridges for enhanced fixation, wide suture holes for knotless or multi-suture placement, and hollow/full-thread structures to facilitate bone ingrowth and improve pull-out strength.
Streamlined Surgical Efficiency: Intuitive insertion techniques (strike-in or spin-in) reduce operative time, while features like pre-adjustable suture tension (Split Spin-In type) and knotless fixation eliminate complex knot-tying steps. Compatible with standard orthopedic instruments (guides, drills, taps), the anchor ensures precise placement even in minimally invasive approaches.
Broad Joint & Procedure Adaptability: Ideal for soft tissue repair and stabilization in the shoulder, knee, hip, elbow, ankle, foot, hand, and wrist. It supports a wide range of procedures, including rotator cuff tear repair, glenoid labrum repair, ACL reconstruction, meniscal root tear fixation, and ligament repair.
Reliable Long-Term Outcomes: Designs like hollow screw side holes and open structures promote bone penetration and fusion, accelerating tendon-bone healing. The durable suture (2# blue & white or multi-strand variants) resists fraying and wear, ensuring sustained fixation throughout the recovery period.
Product Specifications
|
Anchor Type |
Diameter Range |
Length Range |
Suture Configuration |
Primary Application |
|
Solid Strike-In |
2.0mm, 2.4mm, 3.0mm |
12mm |
Blue & White 2# Suture |
Small joint repair, labral repair |
|
Hollow Strike-In |
3.0mm, 3.5mm, 4.5mm |
15.5mm, 19.5mm, 24mm |
Blue & White 2# Suture |
Shoulder cuff repair, glenoid labrum repair |
|
Split Spin-In |
3.5mm, 4.75mm, 5.5mm |
15.8mm, 19.1mm |
Blue & White 2# Suture |
Double-row rotator cuff repair, ACL reconstruction |
|
Full Hollow Screw-In |
4.5mm, 5.5mm |
19.5mm |
White-Blue-White 2# Suture (Double Strands) |
Meniscal root tear repair, tendon-bone fusion |
|
Conventional Spin-In |
4.5mm, 5.5mm |
17.5mm |
White-Blue-White 2# Suture (Double/Three Strands) |
Multijoint soft tissue fixation, revision surgeries |
Ideal For
- Shoulder: Rotator cuff repair, Bankart lesion repair, glenoid labrum repair
- Knee: ACL reconstruction, meniscal root tear repair, collateral ligament fixation
- Ankle & Wrist: Ligament repair, joint capsule stabilization
- Hip & Elbow: Soft tissue attachment and reconstruction
- Hand & Foot: Small joint repair and tendon-bone fixation
- Minimally invasive and open orthopedic procedures requiring secure bone-soft tissue fixation
Frequently Asked Questions (FAQ)
Q: How do I choose the right type of Suture Anchor for a specific procedure?
A: The choice depends on the joint, bone quality, and surgical approach: Solid Strike-In anchors are ideal for small joints (e.g., wrist) due to their compact size; Hollow Strike-In works well for shoulder labrum repair with knotless fixation; Split Spin-In is preferred for rotator cuff double-row repair; Full Hollow Screw-In suits tendon-bone fusion needs; Conventional Spin-In offers versatile fixation for general soft tissue repairs.
Q: Is the Suture Anchor compatible with patients who have osteoporosis or poor bone quality?
A: Yes. Anchors with full-threaded bodies (e.g., Split Spin-In, Conventional Spin-In) and anti-pull-out ring ridges enhance bone engagement, distributing force evenly to reduce the risk of implant loosening. For severe osteoporosis, larger diameter options (4.5mm–5.5mm) provide additional fixation strength.
Q: How durable is the suture attached to the anchor, and can it withstand long-term use?
A: The anchor is pre-loaded with high-strength, non-absorbable 2# suture (single or multi-strand variants) designed for long-term durability. The suture features a smooth surface that minimizes fraying, and the anchor's wide, polished suture holes reduce wear-ensuring the suture maintains integrity throughout the healing process (typically 6–12 months) and beyond.
Q: Will the Suture Anchor interfere with post-operative imaging (e.g., MRI, CT)?
A: No. The anchor is made of PEEK, a radiolucent material that does not interfere with MRI or CT scans. This allows clinicians to monitor bone healing and soft tissue integration without imaging artifacts, supporting accurate post-operative follow-ups.
Q: Can the Suture Anchor be reused or repositioned during surgery if placed incorrectly?
A: The Suture Anchor is intended for single-use only and cannot be reused due to sterility concerns and potential structural damage after insertion. Most types (e.g., strike-in anchors) are not designed for repositioning once implanted-proper pre-operative planning and use of orthopedic guides (as outlined in surgical techniques) ensure precise placement on the first attempt.
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