O Viper™ Valved Infusion Catheter é um single-lumen, valved-tip delivery system that offers the flexibility to infuse anti-thrombus agents, radiopaque contrast, or other physician-specified pharmacologic solutions with ou without a guidewire in place.
A catheter delivering thrombolytic agents while filter protection prevents distal embolization, ensuring safer pharmacologic dissolution of clots.
A rotacional system featuring for mecânico clot fragmentation plus strong aspiration capabilities in deep venous or arterial occlusions.
Um sistema inovador que utiliza tecnologia assistida por IA para uma trombectomia por vácuo eficiente, concebido para remover rapidamente os trombos dos vasos sanguíneos, restabelecer a circulação sanguínea, e minimizar os riscos processuais em intervenções vasculares.
A convertible or retrievable IVC filter preventing pulmonary emboli by intercepting clots traveling through the inferior vena cava, ensuring safety in high-risk patients.
Um ultra infusion catheter specialized for direct thrombolytic delivery, featuring multi-hole design to uniformly distribute drugs across large clot segments.
A catheter delivering thrombolytic agents while filter protection prevents distal embolization, ensuring safer pharmacologic dissolution of clots.
A high-powered mechanical thrombectomy device for deep venous or arterial occlusions, supporting extended reach and robust clot extraction in complex anatomies.
Um over-the-wire (OTW) device merging rotacional disruption with pharmacologic lysis, effectively clearing large thrombi while protecting healthy vessel walls.
A rotacional system featuring a leaf tip design for mecânico clot fragmentation plus strong aspiration capabilities in deep venous or arterial occlusions.
A hand-manipulated mechanical aspiration device enabling immediate clot extraction through a manual vacuum approach, simplifying acute thrombectomy procedures.
A high-vacuum aspiration catheter for acute ou subacute thrombus removal in arterial or venous beds, ensuring rapid revascularization with minimal fragmentation risk.