Surgical Technique sports medicine implants titanium suture anchor

Short Description:

SuperFix T Suture Anchor

SuperFix P Suture Anchor

SuperFix Button

SuperFix Button Kit

SuperFix Staple

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Product Detail

Product Tags

Product Features

● Non-absorbable UHMWPE fiber, can be woven to suture.
● Comparing polyester and hybrid hyperpolymer:
● Stronger knot strength
● More smooth
● Better hand feeling, easy operation
● Wear-resistant

An internal drive mechanism is combined with a unique suture eyelet to allow for continuous threads along the entire length of the anchor.
This design allows the anchor to be inserted flush with the cortical bone surface providing excellent fixation strength and stability while preventing the anchor “pull-back” effect that can occur in conventional anchors with protruding eyelets.

Indications

Orthopedic suture anchor is used for the repair surgery of soft tissue tear or avulsion from the bony structure, including shoulder joint, knee joint, joints of the foot and ankle and elbow joint, providing strong fixation of soft tissue to the bony structure.

Product Details

SuperFix P Suture Anchor	Φ4.5
	Φ5.5
	Φ6.5
Anchor Material	PEEK
Qualification	ISO13485/NMPA
Package	Sterile Packaging 1pcs/package
MOQ	1 Pcs
Supply Ability	2000+Pieces per Month

The SuperFix P Suture Anchor is a revolutionary medical device used in orthopedic surgery for the repair of soft tissues, such as tendons and ligaments. Suture anchor is designed to provide strong and secure fixation, promoting effective healing and restoration of function.

This cutting-edge anchore suture is made from high-quality materials, typically titanium, which is known for its exceptional strength and biocompatibility. The use of titanium ensures long-lasting stability within the bone, reducing the risk of loosening or dislodgement of the anchor over time.

One of the standout features of the SuperFix P Suture Anchor lies in its unique design. It features proprietary barbs or threads that enhance anchorage within the bone, improving the overall stability of the repaired tissue. This design allows for even distribution of tension across the repaired area, minimizing the risk of stress concentration and potentially reducing the risk of complications. In conclusion, sports medicine suture anchor systems are an important tool in modern surgery, allowing orthopedic surgeons to perform complex repairs with greater efficiency and effectiveness. As technology continues to advance, we can expect further innovation in suture anchor systems, improving patient outcomes and expanding surgical possibilities.