Boston Scientific M001184570 Renegade HI-FLO FATHOM System Pre-Loaded Microcatheter System 150cm 180cm 20cm

Boston Scientific M001184570 Renegade HI-FLO FATHOM System Pre-Loaded Microcatheter System 150cm 180cm 20cm

• Model: M001184570 Boston Scientific
• with FATHOM-16 Guidewire
• Working Length: 150cm
• Tip Length: 10cm
• Overall Length: 180cm

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

The Renegade HI‑FLO FATHOM system by Boston Scientific is a high-performance, pre‑loaded microcatheter designed for nuanced neurovascular interventions. Offered in two overall lengths—150 cm and 180 cm—with a consistent 20 cm flexible distal segment, it enables precise navigation through complex vascular pathways while maintaining proximal support. The pre-loaded design streamlines setup, saving procedural time and facilitating rapid transitions when delicate micro-guidewire manipulation is required.

Constructed with a kink-resistant shaft and an ultra-thin, soft-tipped distal segment, the system offers a smooth balance of flexibility and support. The hydrophilic coating along the distal portion ensures reduced friction within tortuous anatomy, helping clinicians safely advance the catheter with minimal resistance. This blend of structural integrity and lubricity supports access to distal lesions and tight vascular curves, making it ideal for targeted embolization, coil delivery, or intracranial angioplasty procedures.

Packaged sterile for single use, the Renegade HI‑FLO FATHOM microcatheter is engineered to minimize setup complexity while maximizing procedural efficiency. Its compatibility with most micro-guidewires and endovascular devices, along with the convenience of a pre-loaded configuration, supports streamlined workflows in busy neurointerventional suites. The product’s balanced design ensures clinicians can approach challenging vascular targets with enhanced confidence and control.