The Stryker Excelsior XT-17 flex Microcatheter (REF M003C1715ST0) is a variable-stiffness neurovascular microcatheter designed for navigation through tortuous intracranial vasculature. It features a straight tip configuration, a 0.017 in (0.43 mm) inner diameter, and a total working length of 150 cm with a 15 cm distal segment, supporting controlled delivery of diagnostic and therapeutic agents to distal target sites.
Key Features
- Straight distal tip geometry for predictable tracking and access.
- 0.017 in (0.43 mm) inner lumen compatible with selected 0.014 in guidewires and compatible devices (verify per IFU).
- Two radiopaque tip markers for enhanced fluoroscopic visualization of the distal segment.
- 150 cm total length with a 15 cm flexible distal section for distal navigation while maintaining proximal pushability.
- Variable-stiffness flex shaft design engineered for transition from support to flexibility.
- Hydrophilic coating on the distal segment to support trackability (refer to IFU for extent and handling).
Clinical Applications
- Selective and super-selective catheterization of peripheral and neurovascular vessels.
- Controlled delivery of diagnostic contrast media and compatible therapeutic agents to distal vasculature.
- Support for interventional neuroradiology and endovascular access procedures where distal reach and trackability are required.
- Use only as indicated in the manufacturer's Instructions for Use; clinical suitability to be determined by the treating physician.
Product Information
- Brand: Stryker
- Product Line: Excelsior XT-17 flex
- Category: Neurovascular Microcatheters
- REF / UPN: M003C1715ST0
- Tip Shape: Straight
- Inner Diameter: 0.017 in (0.43 mm)
- Tip Markers: 2
- Total Length: 150 cm
- Distal Length: 15 cm
- Outer Diameter (proximal/distal): Not specified in the located sources
- Guidewire Compatibility: Not specified in the located sources; refer to IFU
- Sterility / Single Use: Not specified in the located sources; refer to IFU
- Packaging Quantity: Not specified in the located sources