Dolphin XR® by INVAMED | Vessel Dilatation Catheter for CTOs, PAD, and Fibrotic Lesions скачать в хорошем качестве

Dolphin XR® by INVAMED | Vessel Dilatation Catheter for CTOs, PAD, and Fibrotic Lesions

Dolphin XR® by INVAMED is a next-generation vessel dilatation catheter designed to overcome chronically occluded, fibrotic, or non-permeable vascular segments where conventional balloons and crossing techniques fail. Engineered for use in complex peripheral arterial disease (PAD), long-segment chronic total occlusions (CTOs), and access-limiting fibrotic lesions, Dolphin XR® provides interventionalists with a precise, safe, and highly responsive solution for luminal restoration. Featuring a hydrophilic-coated shaft, ultra-compliant balloon technology, and optimized pushability, Dolphin XR® ensures smooth navigation, uniform expansion, and predictable inflation behavior—minimizing trauma while achieving effective vessel preparation. It is compatible with 0.014" and 0.018" guidewires and integrates seamlessly into various access approaches including transfemoral, transradial, and retrograde popliteal techniques. Dolphin XR® is indicated for a wide range of clinical scenarios including: Peripheral CTOs in the SFA, popliteal, and BTK arteries Central venous stenosis in dialysis access circuits (e.g., cephalic arch, subclavian vein) Restenotic graft or anastomotic lesions Pre-treatment for drug-eluting balloons and covered stents Selective access in interventional oncology (TACE, SIRT) Its low-profile design, predictable refolding, and high mechanical efficiency make it a preferred solution in challenging anatomical conditions, enabling shorter procedure times, reduced complication rates, and improved downstream therapy performance. For product specifications and clinical inquiries, visit: www.invamed.com Tags #VesselDilatation #CTOTreatment #PeripheralIntervention Dolphin XR catheter; INVAMED; chronic total occlusion balloon; peripheral arterial disease therapy; PAD vessel preparation; CTO crossing tool; fibrotic lesion dilatation; dialysis access stenosis; interventional oncology access; professional medical technology