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Braided Silk Non-Resorbable Sutures
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The Gold Standard in Handling and Control
When tactile feedback and precise knot placement are paramount, surgeons have long turned to braided silk. Our non-resorbable silk sutures continue this legacy of reliability. They are not just a tool for wound closure; they are an extension of the clinician’s hands, providing the unmatched control needed for delicate and critical surgical tasks. The inherent properties of silk make it the go-to material for procedures where knot security and ease of use are the highest priorities.
Clinical Features for Superior Surgical Outcomes
Every aspect of this suture is engineered to contribute to a successful surgical outcome, from its core material to its surface coating.
Unmatched Handling and Pliability
Crafted from fine silk filaments braided together, this suture offers a unique combination of strength and flexibility. It is exceptionally supple and memory-free, meaning it won’t curl or spring back during handling. The entire suture is coated in a thin layer of natural wax, which lubricates the surface for effortless passage through tissue and further enhances its smooth, pliable feel during knot tying.
Exceptional Knot Security
The most critical feature of any suture is its ability to hold a knot. The braided construction of our silk suture provides a slightly textured surface that creates exceptional friction within the knot. This results in highly secure surgical knots that resist slippage and provide confidence that the wound edges will remain approximated throughout the initial healing phase.
Lasting Tensile Strength and Biocompatibility
As a non-resorbable suture, silk is designed to maintain its tensile strength for an extended period in the tissue. This makes it ideal for supporting wounds that heal slowly or are under mechanical stress. Composed of a natural protein fiber, silk elicits a minimal initial inflammatory response, after which it is slowly encapsulated by fibrous connective tissue. This predictable tissue reaction has been documented for decades, making it a reliable material for a vast range of applications.





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