• High Quality Suture Anchor with Titanium Needle for Joint and Spine
  • High Quality Suture Anchor with Titanium Needle for Joint and Spine
  • High Quality Suture Anchor with Titanium Needle for Joint and Spine
  • High Quality Suture Anchor with Titanium Needle for Joint and Spine
  • High Quality Suture Anchor with Titanium Needle for Joint and Spine
  • High Quality Suture Anchor with Titanium Needle for Joint and Spine

High Quality Suture Anchor with Titanium Needle for Joint and Spine

Application: Orthopedic
Material: Titanium,Stainless Steel, ABS
Certification: CE, ISO13485
Instrument Classification: Class II
Shelf Life: One Years
After-Sale Service: Online Technical Support
Samples:
US$ 100/Piece 1 Piece(Min.Order)
| Request Sample
Customization:

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Basic Info.

Model NO.
TY-FHM-405
Certificate
CE/ISO13485
Package
Sterile Package
Transport Package
Carton
Origin
Jiangsu, China
HS Code
9021100000
Production Capacity
1000pices/Year

Product Description

Product Description

High Quality Suture Anchor with Titanium Needle for Joint and SpineHigh Quality Suture Anchor with Titanium Needle for Joint and SpineHigh Quality Suture Anchor with Titanium Needle for Joint and Spine

 
  1. Follow the manufacturer's guidelines and be familiar with the proper insertion technique for that implant. 
  2. Use drill guides for accurate placement of the implant on the glenoid rim or in the tuberosity. Alternatively, the anchor should be placed in bone under direct vision, with removal of enough soft tissue to verify the anchor position.
  3. The anchor should be inserted through an appropriately sized cannula so that the surrounding soft tissue is protected and does not impede the anchor's insertion.
  4. The surgeon should be aware that the anterior-inferior glenoid has the least margin of error for the placement of stabilization anchors. Similarly, for rotator cuff repairs, the surgeon should know which areas of the humerus
    have the strongest and weakest bone. Some anchors and tacks perform well in hard but not soft bone.
  5. The type of suture anchor (eg, a screw-in versus a lodging-type anchor) used will not compensate for inadequate surgical technique (eg, an incorrectly positioned anchor)
  6. The surgeon should have a backup surgical plan should the device fail or not fulfill its function to oppose the tissue to the bone.

Before beginning the procedure, the surgeon should have in place the following:

  1. A variety of implants for different applications and locations, such as devices that might provide better purchase in the glenoid or the tuberosities
  2. A plan to accommodate a loose implant or a broken insertion system
  3. A plan to retrieve the device should it migrate or be positioned incorrectly


Specification

Product Name Specification Anchor Outer Diameter
(mm)
Anchor Length
(mm)
Total Length of Anchor
(mm)
Suture Specification

Suture Anchor For Joint Tendon Repair
T12-φ2.0×7.5 φ2.0 7.5 184.3 2 #0
T12-φ2.8×11.5 φ2.8 11.5 251.4 1 #2
T12-φ3.5×12 φ3.5 12 255.2 2 #2
T12-φ5.0×15.5 φ5.0 15.5 257.5 2 #2
T12-φ6.5×16.3 φ6.5 16.3 260.7 2 #2



*All the prices are only for reference. Exact price will be based on the latest quotation.

 
High Quality Suture Anchor with Titanium Needle for Joint and Spine
 
High Quality Suture Anchor with Titanium Needle for Joint and Spine
 
High Quality Suture Anchor with Titanium Needle for Joint and Spine
High Quality Suture Anchor with Titanium Needle for Joint and Spine
 
 
 
 

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Manufacturer/Factory
Management System Certification
ISO 9001, ISO 13485, FSC