Stena Modulador de flujo multicapa aórtico

Stena Modulador de flujo multicapa aórtico

Un especialista stent multicapa diseñado para modular el flujo aórticoLa tecnología de aneurismas de la serie "S" ha sido diseñada para reducir la presión del saco y estabilizar los aneurismas sin obstruir la perfusión de las ramas vitales. Diseñado para remodelar la hemodinámica en aórtica torácica o abdominal lesiones para mejorar los resultados a largo plazo.

Información

En Stena Aortic Multi-Layer Flow Modulator is an advanced, self-expandable endovascular device engineered to promote controlled blood flow and aortic remodeling in a variety of aortic pathologies. Designed with a multi-layer tubular mesh structure, this stent optimizes laminar flow while providing robust radial support, conformability, and enhanced safety for complex aortic anatomies.

Multi-Layer Tubular Mesh
  • Five-Layer Design: The stent is meticulously knitted from a superalloy biomedical wire, forming five distinct layers that distribute wall stress and maintain a stable configuration.
  • Flow-Mediated Healing: The mesh’s micro-porosity fosters effective laminar flow within the aorta, supporting progressive thrombosis of the aneurysm sac in aneurysmal disease and enhanced remodeling in dissection scenarios.
  • Biocompatibility and Durability: The wire alloy is carefully selected for its high corrosion resistance, fatigue strength, and excellent conformability.
  • Self-Expanding Mechanism: Once deployed, the stent exerts controlled radial force to ensure secure apposition against the aortic wall, minimizing the risk of device migration.
  • Precise Fluoroscopic Visualization: Tantalum markers at both ends facilitate accurate placement under imaging guidance, ensuring correct proximal and distal landing zones.
  • Enhanced Safety: Intraoperative and follow-up imaging are streamlined, enabling clinicians to verify device expansion and position over time.
  • Sheath Lock Mechanism: The integrated sheath lock prevents premature stent deployment, providing operators with predictable and controlled release.
  • Hemostasis Valve: A specialized valve setup ensures minimal blood loss and stable guidewire management throughout the procedure.
Especificación Detalle / Valor
Nombre del producto Stena Modulador de flujo multicapa aórtico
Uso previsto Endovascular management of Thoracic or Abdominal Aortic Aneurysms (TAA/AAA), possible application in certain chronic dissections
Diseño Multi-layer self-expanding stent, woven nitinol mesh conducive to flow modulation
Material Composition Medical-grade Nitinol (Nickel-Titanium) in layered braided architecture
Mecanismo de despliegue Self-expanding via sheath withdrawal; no balloon inflation required
Sistema de entrega Over-the-wire or integrated introducer system, typically 14–24F (depending on diameter)
Radial Force Moderate to high, ensuring stable apposition in aortic walls
Radiopacidad Integrated radiopaque markers at proximal and distal ends
Compatibilidad MR Conditional up to 3.0T, check labeling
Esterilidad Sterile (EO)
Un solo uso Sí
Vida útil Typically 3–5 years (based on real-time stability data)
Temperatura de funcionamiento 15–40 °C for recommended storage and deployment conditions
Nominal Diameter Tolerance ±0.5 mm
Nominal Length Tolerance ±5 mm
Indicaciones clínicas Aortic aneurysm flow modulation, sac pressure reduction, side branch perfusion maintenance
Contraindicaciones Extremely tortuous or calcified aorta that precludes safe placement; known nickel allergy, etc.

Size-Based Ordering & Product Codes (Maximal Variety)

Outer Diameter (mm) Stent Length (mm) Sheath Recommendation Código del producto Notas
20 60 ~14F STNA-MLFM-20-60 Suitable for mid-range AAA
20 80 ~14F STNA-MLFM-20-80
20 100 ~14F STNA-MLFM-20-100
20 120 ~14F STNA-MLFM-20-120
20 140 ~14F STNA-MLFM-20-140
20 160 ~14F STNA-MLFM-20-160
20 180 ~14F STNA-MLFM-20-180
20 200 ~14F STNA-MLFM-20-200
22 60 ~16F STNA-MLFM-22-60
22 80 ~16F STNA-MLFM-22-80
22 100 ~16F STNA-MLFM-22-100
22 120 ~16F STNA-MLFM-22-120
22 140 ~16F STNA-MLFM-22-140
22 160 ~16F STNA-MLFM-22-160
22 180 ~16F STNA-MLFM-22-180
22 200 ~16F STNA-MLFM-22-200
24 60 ~16F or 18F STNA-MLFM-24-60
24 80 ~16F or 18F STNA-MLFM-24-80
24 100 ~16F or 18F STNA-MLFM-24-100
24 120 ~16F or 18F STNA-MLFM-24-120
24 140 ~16F or 18F STNA-MLFM-24-140
24 160 ~16F or 18F STNA-MLFM-24-160
24 180 ~16F or 18F STNA-MLFM-24-180
24 200 ~16F or 18F STNA-MLFM-24-200
26 60 ~18F STNA-MLFM-26-60
26 80 ~18F STNA-MLFM-26-80
26 100 ~18F STNA-MLFM-26-100
26 120 ~18F STNA-MLFM-26-120
26 140 ~18F STNA-MLFM-26-140
26 160 ~18F STNA-MLFM-26-160
26 180 ~18F STNA-MLFM-26-180
26 200 ~18F STNA-MLFM-26-200
28 80 ~20F STNA-MLFM-28-80
28 100 ~20F STNA-MLFM-28-100
28 120 ~20F STNA-MLFM-28-120
28 140 ~20F STNA-MLFM-28-140
28 160 ~20F STNA-MLFM-28-160
28 180 ~20F STNA-MLFM-28-180
28 200 ~20F STNA-MLFM-28-200
30 80 ~20F or 22F STNA-MLFM-30-80
30 100 ~20F or 22F STNA-MLFM-30-100
30 120 ~20F or 22F STNA-MLFM-30-120
30 140 ~20F or 22F STNA-MLFM-30-140
30 160 ~20F or 22F STNA-MLFM-30-160
30 180 ~20F or 22F STNA-MLFM-30-180
30 200 ~20F or 22F STNA-MLFM-30-200
32 120 ~22F STNA-MLFM-32-120
32 140 ~22F STNA-MLFM-32-140
32 160 ~22F STNA-MLFM-32-160
32 180 ~22F STNA-MLFM-32-180
32 200 ~22F STNA-MLFM-32-200
34 140 ~24F STNA-MLFM-34-140
34 160 ~24F STNA-MLFM-34-160
34 180 ~24F STNA-MLFM-34-180
34 200 ~24F STNA-MLFM-34-200
36 160 ~24F STNA-MLFM-36-160
36 180 ~24F STNA-MLFM-36-180
36 200 ~24F STNA-MLFM-36-200
38 160 ~24F STNA-MLFM-38-160
38 180 ~24F STNA-MLFM-38-180
38 200 ~24F STNA-MLFM-38-200
40 160 ~24F STNA-MLFM-40-160
40 180 ~24F STNA-MLFM-40-180
40 200 ~24F STNA-MLFM-40-200
42 160 ~24F STNA-MLFM-42-160
42 180 ~24F STNA-MLFM-42-180
42 200 ~24F STNA-MLFM-42-200
44 180 ~24F STNA-MLFM-44-180
44 200 ~24F STNA-MLFM-44-200
46 180 ~24F STNA-MLFM-46-180
46 200 ~24F STNA-MLFM-46-200

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