Mahurkar™
Acute Hemodialysis Catheters
Mahurkar™ Acute Hemodialysis Catheters
For acute dialysis care, the choice is Medtronic. Easy placement. Optimal flow rates. Patient comfort. Multiple options.
Building on more than 30 years of quality and innovation—beginning with the MAHURKAR™ 11.5 Fr acute hemodialysis catheter—Medtronic continues to provide innovative features designed to optimize patient benefits. Applications include hemodialysis, apheresis, infusion, renal replacement therapy, high-pressure contrast injection, and central venous pressure monitoring.
8 Fr – Dual Lumen Acute Dialysis Catheter
This family of dual-lumen catheters is intended for hemodialysis, apheresis, and infusion. The catheters are available in kit configurations with either straight or curved extensions.
The MAHURKAR™* 8 Fr dual-lumen catheters with curved extensions—ideal for use in the neck region—are designed for optimal acute dialysis catheter performance. The thermosensitive catheter material provides optimal stiffness during insertion and softens by up to 50% after placement, conforming to the vessel anatomy and offering a comfortable solution for the patient.
10 Fr – Dual Lumen Acute Dialysis Catheter
This family of dual-lumen catheters is intended for hemodialysis, apheresis, and infusion. The catheters are available in kit configurations with either straight or curved extensions, or as individual catheters.
The MAHURKAR™ 10 Fr dual-lumen catheters with curved extensions—ideal for use in the neck region—are designed for optimal acute dialysis catheter performance. The thermosensitive catheter material provides optimal stiffness during insertion and softens by up to 50% after placement, conforming to the vessel anatomy and offering a comfortable solution for the patient.
11.5 Fr – Dual Lumen Acute Dialysis Catheter
This family of dual-lumen catheters is intended for hemodialysis, apheresis, and infusion.
The catheters are available in basic and safety kit configurations with straight, curved, or preformed extensions, as well as individual catheters.
The MAHURKAR™ 11.5 Fr dual-lumen catheters with curved and preformed extensions—ideal for use in the neck region—are designed for optimal acute dialysis catheter performance. The catheters feature unique laser-cut side holes that minimize the likelihood of local occlusion and thrombus formation. The thermosensitive catheter material provides optimal stiffness during insertion and softens by up to 50% after placement, conforming to the vessel anatomy and offering a comfortable solution for the patient.
12 Fr – High-Pressure Triple Lumen Acute Dialysis Catheter
This family of triple-lumen catheters is intended for hemodialysis, apheresis, infusion, central venous pressure monitoring, and high-pressure contrast injection. The catheters are available in kit configurations with either straight or curved extensions.
The third lumen functions as an independent channel for venous circulation and medication delivery between dialysis treatments. The catheters feature unique laser-cut side holes that minimize the likelihood of local occlusion and thrombus formation. The thermosensitive catheter material provides optimal stiffness during insertion and softens by up to 50% after placement, conforming to the vessel anatomy and providing a comfortable solution for the patient.
13.5 Fr – High-Flow Dual Lumen Acute Dialysis Catheter
This high-flow family of dual-lumen catheters offers one of the largest internal diameters on the market, maximizing flow rates in acute dialysis.
The MAHURKAR™ 13.5 Fr is intended for hemodialysis, apheresis, and infusion. The catheters are available in kit configurations with straight, curved, or preformed extensions.
With one of the largest available internal diameters, the MAHURKAR™ 13.5 Fr catheter is especially recommended for high-flow acute hemodialysis, apheresis, and infusion. The catheters feature unique laser-cut side holes that minimize the likelihood of local occlusion and thrombus formation. The thermosensitive catheter material provides optimal stiffness during insertion and softens by up to 50% after placement, conforming to the vessel anatomy and providing a comfortable solution for the patient.
