The Stryker Excelsior SL-10 Neurovascular Microcatheter (REF M0031681810) is a low-profile, variable-stiffness microcatheter engineered for selective and superselective access within the tortuous neurovascular anatomy. This configuration features a straight distal tip, a 0.0165 in (0.42 mm) inner diameter, a single radiopaque tip marker, a 150 cm total working length, and a 6 cm distal segment.
Key Features
- Straight tip configuration for predictable navigation and torque response
- Inner diameter of 0.0165 in (0.42 mm) compatible with a broad range of 0.014 in neurovascular guidewires and select detachable embolic devices
- Single distal radiopaque marker band for fluoroscopic tip visualization
- 150 cm total length with a 6 cm distal flexible segment for reach into distal intracranial vasculature
- Variable-stiffness shaft transition designed to balance proximal pushability with distal trackability
- Hydrophilic distal coating intended to reduce friction during navigation
Clinical Applications
- Selective and superselective catheterization of the peripheral, coronary and neuro vasculature as indicated by the manufacturer's IFU
- Delivery of diagnostic contrast media and acceptable infusates
- Use as a delivery conduit for compatible interventional devices in accordance with the IFU
- Intended user: trained interventional neuroradiologists and endovascular specialists. Refer to the official Instructions for Use for full indications, contraindications, warnings and device compatibility.
Product Information
- Brand: Stryker Neurovascular
- Product Family: Excelsior SL-10
- Category: Neurovascular Microcatheters
- REF / UPN: M0031681810
- Tip Shape: Straight
- Inner Diameter: 0.0165 in (0.42 mm)
- Tip Markers: 1
- Total Length: 150 cm
- Distal Segment Length: 6 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: Not specified in the located sources