Cardinal Health Medi-Vac Suction Handles are crafted to provide efficient and reliable suction during surgical procedures. Designed to facilitate superior fluid removal, these suction handles help maintain a clear operative field, which is essential in enhancing surgical precision and safety. Each suction handle is sterile, individually packed, and ready for use, ensuring optimal hygiene standards are upheld in medical settings.

Available in various models, including the Yankauer and Frazier suction handles, these tools come with features like a tapered bulbous tip, control vents, and removable connectors. They are available in different lengths and inner diameters, allowing clinicians to select the ideal instrument for specific procedural demands. The clear tips facilitate precise placement and effectiveness, making these suction handles a preferred choice in hospitals, clinics, and surgical centers.

Key Features:

• Clear and individually packaged tips provide ease of use and reduce the risk of contamination, ensuring patient safety.
• Available in multiple models with varied lengths and capacities to accommodate different medical needs and surgical environments.

Uses:

• The Cardinal Health Medi-Vac Suction Handles are designed for efficient fluid removal during surgical procedures, ensuring a clear operative field. These suction handles are optimal for various medical settings, including hospitals and surgical centers, to enhance patient care.
• Ideal for aspirating blood, fluids, and debris during surgeries, these suction handles are suitable for general surgeries, dental procedures, and emergency care settings. They help maintain visibility and cleanliness in the operative field, improving surgical outcomes and efficiency.

FAQs:

1. Are these suction handles reusable?
No, the Cardinal Health Medi-Vac Suction Handles are designed for single use only to ensure sterility and prevent cross-contamination.

2. What is the benefit of a vented suction handle?
Vented suction handles allow for adjustable suction strength and can help reduce potential damage to tissue by regulating the vacuum pressure.