Arterial Valves

Needle-free valve systems and related accessories for safe intravenous access.

Needle-free connector systems specifically designed to reduce infection risk in vascular access management. These products feature clear valves and aseptic-technique supporting design elements.

Single-use angiography catheters for diagnostic vascular imaging procedures. The catheters are designed with precise tip configurations for selective vessel cannulation.

Sterile catheters for vascular intervention and diagnostic procedures. The catheters feature enhanced trackability and reduced friction for improved procedural outcomes.

Sterile needles for vascular puncture and access procedures. The needles are manufactured to precise specifications for consistent performance.

A sterile, single-use arterial catheter with reinforced straight design for secure arterial access during cardiac surgery. Provides reliable hemodynamic monitoring and drug administration.

Arterial catheter for direct blood pressure monitoring and arterial blood sampling in critical care settings. This intravascular device enables continuous hemodynamic assessment and frequent laboratory analysis in ICU and perioperative environments. Designed for reliable vascular access with standard luer-lock compatibility.

Sterile single-use catheter designed for direct arterial pressure monitoring and blood sampling in intensive care settings.

Connector tubes for arteriovenous grafts in hemodialysis access creation. Manufactured with precise bore sizing for optimal blood flow.

A sterile, single-use introducer sheath for vascular interventional procedures. The sheath provides a secure pathway for catheter insertion and minimizes vessel trauma.

Sterile disposable arterial catheters for direct blood pressure monitoring and blood sampling. Used in intensive care and operating room environments.

A sterile, single-use catheter intended for arterial access and monitoring. It is used in clinical settings for direct arterial pressure measurement and blood sampling.