All Products
Select filter conditions
Specialty
Select filter conditions
Solutions
Select filter conditions
Procedure
Category
Found 28 Results
Guidewires
RADIFOCUS™ Guide Wire M
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for vessel access, lesion crossing and device support.
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for vessel access, lesion crossing and device support.
Guidewires
RADIFOCUS™ Guide Wire M Baby-J™ ( 1.5 mm J-Tip )
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for good torque control and shape memory.
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for good torque control and shape memory.
Guidewires
RADIFOCUS™ Guide Wire M Standard Type
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for vessel access, lesion crossing and device support.
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for vessel access, lesion crossing and device support.
Guidewires
RADIFOCUS™ Guide Wire M Stiff Type
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for good torque control and shape memory.
A nitinol hydrophilic guide wire covered with polyurethane containing tungsten and a hydrophilic Mcoat™ for good torque control and shape memory.
Accessories
RADIFOCUS™ HAEMOSTASIS VALVE ll
RADIFOCUS™ HAEMOSTASIS VALVE II prevents blood reflux when a catheter is inserted in a vessel for angiographic or other purposes.
RADIFOCUS™ HAEMOSTASIS VALVE II prevents blood reflux when a catheter is inserted in a vessel for angiographic or other purposes.
Introducer Sheaths
RADIFOCUS™ Introducer II Mcoat™
RADIFOCUS™ Introducer II Mcoat™ is coated with Terumo’s proprietary hydrophilic coating, allowing for smooth insertion and removal.
RADIFOCUS™ Introducer II Mcoat™ is coated with Terumo’s proprietary hydrophilic coating, allowing for smooth insertion and removal.
Enter search term(s)
Embolization Beads
HydroPearl™
HydroPearl™ is a PEG, biocompatible, compressible, non-drug-loadable and precisely calibrated embolization microsphere for interventional oncology therapy.
HydroPearl™ is a PEG, biocompatible, compressible, non-drug-loadable and precisely calibrated embolization microsphere for interventional oncology therapy.
Embolization Beads
LifePearl™
LifePearl™ is a PEG embolization microsphere that can be loaded with chemotherapeutic agents such as Doxorubicin, Irinotecan, Idarubicin and Epirubicin.
LifePearl™ is a PEG embolization microsphere that can be loaded with chemotherapeutic agents such as Doxorubicin, Irinotecan, Idarubicin and Epirubicin.
OFDI
LUNAWAVE™
LUNAWAVE™ is an Optical Frequency Domain Imaging (OFDI) system to be used with a dedicated catheter for visualizing the artery lumen and vessel surface layer.
LUNAWAVE™ is an Optical Frequency Domain Imaging (OFDI) system to be used with a dedicated catheter for visualizing the artery lumen and vessel surface layer.
Support Catheters
NaviCross™
NaviCross™ Support Catheter is dedicated to reaching/crossing complex lesions in challenging anatomy during femoro-popliteal and below-the-knee interventions.
NaviCross™ Support Catheter is dedicated to reaching/crossing complex lesions in challenging anatomy during femoro-popliteal and below-the-knee interventions.
IVUS
Navifocus™ WR
The Navifocus™ WR catheter is intended for imaging and inspecting the artery lumen and the vessel wall surface layer using IVUS.
The Navifocus™ WR catheter is intended for imaging and inspecting the artery lumen and the vessel wall surface layer using IVUS.
Micro Balloons
Occlusafe™
The Occlusafe™ micro-balloon catheter offers the ability to redistribute blood flow and access the microcirculation, thanks to the Pressure Gradient Effect.
The Occlusafe™ micro-balloon catheter offers the ability to redistribute blood flow and access the microcirculation, thanks to the Pressure Gradient Effect.