FRED Junior System 2.5 | REF FREDJR2508
Terumo Neuro FRED Junior System 2.5 (REF FREDJR2508) is a low-profile dual-layer flow diverter designed for the endovascular treatment of intracranial aneurysms in smaller parent vessels.
The Terumo Neuro FRED System 4.0 (REF FRED4017) is a flow diverter intended for endovascular use in the neurovasculature. The system is supplied as a single-use, sterile device and is part of Terumo Neuro's FRED (Flow Re-Direction Endoluminal Device) product family for neurointerventional procedures.
Key Features
- Dual-layer flow diverter design intended to redirect blood flow away from the aneurysm sac while supporting parent vessel patency.
- Braided construction engineered for wall apposition and conformability across vascular anatomy.
- Radiopaque markers to support fluoroscopic visualization during deployment.
- Delivered through a compatible microcatheter as part of the FRED System 4.0 platform.
- Single-use, sterile packaging for procedural readiness.
Clinical Applications
- Endovascular flow diversion in neurointerventional procedures.
- Use within the intracranial vasculature as defined by the manufacturer's instructions for use.
- Specific indications, vessel diameter ranges, and patient selection criteria: Not specified in the located sources.
Product Information
- Brand: Terumo Neuro
- Product: FRED System 4.0
- REF/UPN: FRED4017
- Category: Flow Diverter
- Device Type: Implantable flow diverter with delivery system
- Sterility: Sterile, single-use
- Implant dimensions (diameter x length): Not specified in the located sources
- Microcatheter compatibility: Not specified in the located sources
- Regulatory status: Not specified in the located sources
REF / UPNFRED4017
Size
FRED System 4.0Terumo Neuro FREDFRED4017flow diverterflow diversion deviceneurovascular flow diverterintracranial aneurysm deviceendovascular flow diverterneurointerventional deviceFRED flow diverterdual-layer flow diverterbraided flow diverterneurovascular implantTerumo Neuro flow diversionB2B medical device sourcing
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