Catheter Valves

Silicone valve components integrated into catheter systems for directional flow control. These disposable elements ensure safe fluid management in catheterization procedures.

Soft valves designed for use with urinary catheters and other catheter applications to control fluid flow.

Sterile one-way valves integrated into infusion sets to prevent backflow of blood or solution. Maintains directional fluid flow and reduces contamination risk.

Disposable one-way valve components integrated into urodynamic systems to prevent backflow of fluids. These devices ensure accurate pressure readings and system integrity during examination.

Disposable hemostasis valve components for controlled fluid management in vascular and interventional procedures. Features leak-resistant design for single-use applications.

One-way valves integrated into infusion systems to prevent backflow of blood or fluids. Critical safety components that reduce contamination risk in intravenous therapy.

Single-use check valve components for preventing backflow in medical infusion and delivery systems. Designed for use in IV lines, syringes, and similar applications.

Molded silicone valve components for catheter balloon inflation and deflation systems. Engineered for reliable locking mechanism and prevention of unintended deflation.

Sterile stopcock valves for multi-port pressure monitoring and fluid administration systems. These valves enable selective connection or isolation of multiple lumens.

Clear needle-free valves designed for vascular access management with enhanced visibility during clinical procedures. These pioneering products support aseptic techniques and reduce infection risk.

FlowArt® One-Way Needle-Free Valves designed to ensure secure and controlled fluid administration, preventing pressure imbalances caused by patient movement while improving clinical efficiency.

Needle-free access valves with swabable surfaces designed for central and peripheral vascular access sites. These components provide effective microbial barriers to protect patient safety during therapy.