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Small joint suture anchor TIGHT-N™
non-absorbablePEEK

Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK
Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK
Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK - image - 2
Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK - image - 3
Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK - image - 4
Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK - image - 5
Small joint suture anchor - TIGHT-N™ - Depuy Synthes - non-absorbable / PEEK - image - 6
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Characteristics

Application
small joint
Resorbability
non-absorbable
Other characteristics
PEEK

Description

The TIGHT-N™ Anchor is the next generation of tendon fixation intended to protect the tendon from wrap and laceration, to sit sub-cortically for high-strength fixation1, to leverage the benefits of an inlay technique, all in an implant designed for ease-of-use. About This Product The anchor is made of PEEK (polyetheretherketone polymer) and is available in three sizes: Small (5.5 mm), Medium (7.0 mm), and Large (8.5 mm). Current Challenges in Biceps Tenodesis terference Screw Failures 27% of patients experienced a popeye deformity with a screw after biceps tenodesis.2 This is believed to be secondary to interference screws cutting the tendon during insertion into the bone socket. Tendon Damage In a biomechanical study, researchers observed that all the specimens in the interference screw group failed with tearing of the tendon at the bone-screw-tendon interface. Tendon Elongation Studied suture anchor onlay techniques have shown statistically significant tendon elongation (10-27 mm on average) when compared to inlay interference screw techniques (4 mm on average) Introducing the Next Generation of Tendon Fixation Half-sheath design intended to cradle and protect the tendon from wrap and laceration. Sub-cortical implant for high-strength fixation. Uses the inlay technique which aims to optimize the healing environment vs. onlay. Designed for ease-of-use. Features & Benefits Protects Tendons and Grafts The half-sheath design is intended to cradle without compression and laceration from screw threads, and the technique uses a mallet to remove the risk of tendon wrap from rotating a screw into a bone tunnel.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.