Peritoneal Dialysis Catheters

Silicone catheters specifically designed for peritoneal dialysis access in renal failure patients. Manufactured for reliable fluid exchange and minimized peritonitis risk.

High-performance catheters for dialysis procedures with braided reinforcement and multi-lumen configurations.

Specialized catheters for hemodialysis access and peritoneal dialysis. These devices enable safe and efficient renal replacement therapy.

Double-lumen catheters designed for temporary or semi-permanent vascular access in patients requiring hemodialysis treatment.

Sterile disposable catheters designed for hemodialysis access and renal replacement therapy. These devices ensure reliable vascular or peritoneal access for dialysis treatment.

Specialized vascular access catheters for hemodialysis treatment. Designed for reliable blood flow rates and extended dwell times in renal replacement therapy. Manufactured to international standards for biocompatibility and sterility.

Single-use vascular access catheters designed for hemodialysis procedures. Manufactured with biocompatible materials to ensure safe and reliable vascular access during renal therapy.

A range of peritoneal dialysis products including catheters in various sizes, accessories, and kits designed to support home dialysis. These products are part of Merit Medical's commitment to peritoneal dialysis at home as an alternative to in-center dialysis.

Sterile percutaneous drainage catheters for removing fluid collections from body cavities. Engineered with multiple side holes and secure retention mechanisms.

Multilumen tubing specifically engineered for dialysis applications, allowing simultaneous blood intake and return. Manufactured with precision in controlled cleanroom environments to meet medical device standards.

Specialized catheters for percutaneous nephrostomy access and renal drainage procedures. Engineered for secure placement and drainage management.

Temporary or permanent vascular catheters for hemodialysis vascular access. Designed with separate arterial and venous lumens for simultaneous blood flow.