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K-MOD

Product catalog summary

Overview of K-MOD Knee System
The K-MOD knee system is designed to offer a personalized and minimally invasive surgical procedure through advanced 3D pre-operative planning. It aims to ensure precise alignment and positioning, reduce recovery time, and potentially decrease wear.

Specifications

Uncemented K-MOD: Features a Ti-Growth-C® titanium plasma spray coating, combining cobalt-chrome mechanical properties with titanium's osseointegration benefits.
Anallergic K-MOD: Equipped with a titanium-niobium nitride coating to prevent metal ion release and allergic reactions, suitable for patients with metal allergies.

Components and Sizes

Femoral Component: Available in 6 right and 6 left sizes.
Tibial Stem: Offered in 21 sizes.
Mobile Tibial Tray: Available in 6 sizes.
UC Insert: Thickness options include 10 mm, 12 mm, 14 mm, and 16 mm.
Patellar Component: Sizes include 28 mm, 32 mm, and 36 mm.

Design Features

Natural Movement Restoration: The femoral component's dual curvature improves knee flexion, natural kinematics, and physiological rollback.
Enhanced Implantation: The tibial tray's design includes a cavity for bone cement, facilitating component implantation.
Ultra-Congruent Mobile Bearing: Allows physiological axial rotation and reduces contact stresses through optimized articular surfaces.

Clinical Benefits

Wear Debris Reduction: Mirror-polished interfaces and ethylene oxide sterilization maintain long-term component quality.
Maximum Stabilization: Tibial components can accommodate stems for additional stability, available in 21 sizes.
Notching Reduction: The anterior inclination of the femoral component aids in cement compression, reducing notching risk.

Contact Information
Gruppo Bioimpianti S.r.l., Peschiera Borromeo (MI), Italy. Email: [email protected], Website: www.bioimpianti.it

Overview of K-MOD System
The K-MOD system is a new total primary knee prosthesis characterized by the modularity of its components. It is designed to minimize complications such as wear, instability, and the risk of patellar dislocation, offering a wide range of solutions to meet specific patient and surgeon needs.

Ultra-Congruent Mobile Bearing
This solution allows for physiological internal and external axial rotation. The ultra-congruence between the femoral component and the polyethylene insert optimizes articular surfaces, reducing contact stresses. The Von Mises stress distribution on the Ultra-Congruent insert surface is lower than 16.7 Mpa in extension, well below the ultimate strength value of 21 Mpa.

Trochlear Groove and Wear Reduction
The physiological groove of the femoral component enhances patellofemoral kinematics, reducing the risk of patellar dislocation and improving long-term outcomes. The interface between the polyethylene insert and the tibial component is mirror-polished to reduce wear. Polyethylene inserts are sterilized with ethylene oxide (ETO) to maintain long-term quality.

Stabilization and Notching Reduction
The tibial component can accommodate tibial stems for additional stabilization, available in 21 sizes to meet specific patient needs. The anterior inclination of the femoral component aids in bone cement compression, facilitating prosthesis implantation and reducing notching.

Catalog excerpts

GRUPPO BIOIMPIANTI S.r.l. 20068 Peschiera Borromeo (MI) Italy - Via Liguria, 28 Tel. +39 02.51650371 - Fax +39 02.51650393 e-mail: [email protected] K-MOD KNEE-MODULAR SOLUTION ULTRA CONGRUENT [ PIATTO MOBILE ] [ MOBILE BEARING ]

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UC - Ultra-Congruent [ PIATTO MOBILE ] [ MOBILE BEARING ] KNEE-MODULAR SOLUTION K-MOD è il nuovo sistema di protesi primaria totale di ginocchio caratterizzato dalla modularità delle sue componenti. Un sistema progettato per minimizzare le complicazioni come l’usura, l’instabilità e il rischio di dislocazione patellare. Dotato di una vasta gamma di soluzioni, K-MOD si adatta perfettamente alle esigenze speciﬁche di ogni paziente e all’approccio del singolo chirurgo. K-MOD is the new total primary knee system characterized by the modularity of its components. A system designed to minimize complications...

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ULTRA CONGRUENT RIACQUISTARE IL MOVIMENTO NATURALE RESTORE NATURAL MOVEMENT 4° 4° IMPRONTA TROCLEARE TROCHLEAR GROOVE La scanalatura ﬁsiologica della componente femorale favorisce una corretta cinematica femoropatellare, riducendo il rischio di dislocazione patellare e migliorando i risultati a lungo termine. The physiological groove of the femoral component enables optimum patellofemoral kinematics to reduce the risk of patellar dislocation and improve long-term outcomes. RIDUZIONE DEL NOTCHING REDUCTION OF NOTCHING 6° GRUPPO BIOIMPIANTI S.r.l. 20068 Peschiera Borromeo (MI) Italy - Via Liguria,...

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K-MOD

K-MOD

Catalog excerpts

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