Non-Return Valves for Urodynamics

A disposable pressure transducer specifically designed for urodynamic testing and measurement of urinary tract pressures during diagnostic procedures.

Single-use pressure-sensing catheter for urodynamic studies measuring bladder and urethral pressures.

Unidirectional valve preventing backflow in infusion systems and fluid delivery lines.

Sterile disposable one-way valves for catheter systems to control fluid drainage. Prevents backflow and reduces infection risk.

Disposable urodynamic catheter designed for urodynamic studies and bladder pressure measurement during diagnostic urological procedures. The single-use catheter eliminates cross-contamination risk and ensures sterile conditions for accurate urodynamic assessment in clinical and hospital settings.

UFM Valve is a single-use valve component designed for urological and fluid management applications in clinical settings. It provides controlled fluid flow regulation and prevents backflow in catheter systems and drainage procedures. The valve ensures patient safety through reliable performance in sterile, disposable medical configurations.

One-way valve device attached to drainage bags to prevent urine backflow into the catheter and bladder. Reduces infection risk in catheterized patients.

One-way valve component for urinary catheter drainage systems preventing urine backflow. Reduces urinary tract infection risk by preventing retrograde bacterial migration.

A single-use catheter for urodynamic testing and measurement. Used in diagnostic evaluation of bladder and urinary function.

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.

Urostomy pouch with integrated one-way valve preventing backflow of urine to stoma. Reduces infection risk and maintains urinary system health.

Unidirectional valve preventing retrograde fluid flow in infusion lines and syringes. Protects medication integrity and prevents backflow contamination during administration.