RED ™ Reperfusion Catheters

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Penumbra System ™ RED Reperfusion Catheters

Penumbra’s RED Reperfusion Catheters (RED 72, RED 68, and RED 62) are intended for use in the revascularisation of patients with acute ischemic stroke. Every case is different, and the RED family of catheters provides a full range of products designed to optimise lumen size and trackability for the situation. All three products feature new REDglide ™ technology which is designed to improve catheter interaction with vessels and to enhance delivery in tortuosity.

Risk Information

Caution: Prior to use, please refer to the Instructions for Use for complete product indications, contraindications, warnings, precautions, potential adverse events, and detailed instructions for use.

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Overview

RED 72 Reperfusion Catheter

  • 1.83 mm (.072″) Lumen: Delivers highest TRF a
  • 2.16 mm (.085″) Outer Diameter: Articulating marker band designed to improve tip softness
  • REDglide Coating: Enhanced distal hydrophilic coating for smooth trackability
  • 132 cm Length: To reach target vessel
  • 20 material transitions: Optimised for performance in challenging anatomy

a. As compared to AXS Vecta™ 71 and Stryker ® (Medela), React™ 71 and Riptide™, AXS Vecta 74 and Stryker (Medela). Thrombus Removal Force (TRF) = (Catheter Tip Area) × (Vacuum). Sources: company website, marketing literature, IFU, and data on file.

RED 68 Reperfusion Catheter

  • 1.73 mm (.068″) Lumen: Delivers powerful aspiration
  • 2.13 mm (.084″) Outer Diameter: Atraumatic tip designed for improved navigation
  • REDglide Coating: Enhanced distal hydrophilic coating for smooth trackability
  • 132 cm Length: To reach target vessel
  • 16 material transitions: Optimised for performance in challenging anatomy

RED 62 Reperfusion Catheter

  • 1.57 mm (.062″) Lumen: Delivers powerful aspiration
  • 1.93mm (.076″) Outer Diameter: Low profile for easy access
  • Atraumatic Design: Engineered to effortlessly navigate tortuous anatomy
  • 138 cm Length: To reach target vessel
  • 11 material transitions: Optimised for performance in complex distal anatomy

Last Modified: October 2022

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