Cardinal Covidien Mahurkar 8831663001 Medtro, a state-of-the-art medical device designed to enhance patient care and streamline clinical procedures. This innovative catheter is engineered for optimal performance, ensuring reliability and safety in various medical applications.

Key Features:

- Advanced Design: The Mahurkar catheter features a unique dual-lumen design that allows for efficient drainage and infusion, making it ideal for hemodialysis and other critical care situations.

- High-Quality Materials: Constructed from premium biocompatible materials, this catheter minimizes the risk of infection and ensures patient comfort during use.

- Easy Insertion: The catheter is designed for smooth and easy insertion, reducing the time and effort required by healthcare professionals while enhancing patient experience.

- Radiopaque Marker: Equipped with a radiopaque marker, the Mahurkar catheter allows for precise placement and visualization under imaging guidance, ensuring accuracy in critical procedures.

- Multiple Sizes Available: Available in various sizes, this catheter can accommodate a wide range of patient needs, making it versatile for different clinical settings.

- Secure Locking Mechanism: The catheter features a secure locking mechanism that prevents accidental dislodgement, providing peace of mind for both healthcare providers and patients.

- Compatibility: Designed to be compatible with standard dialysis machines and accessories, facilitating seamless integration into existing clinical workflows.

Use Suggestion:

For optimal results, the Cardinal Covidien Mahurkar catheter is recommended for use in hemodialysis procedures, where efficient blood access and fluid management are crucial. Healthcare professionals can utilize this catheter for both short-term and long-term dialysis treatments, ensuring that patients receive the highest level of care. Whether in a hospital setting or outpatient clinic, the Mahurkar catheter stands out as a reliable choice for enhancing patient outcomes and improving procedural efficiency.