ICU Medical Z116N-14 Ventilation Suction System Sterile Single

The ICU Medical Z116N-14 Ventilation Suction System is a sterile, single-lumen catheter designed for use in various medical settings, including hospitals and clinics. Its standout benefit is providing a reliable and efficient means of suctioning secretions from patients who require ventilation support, thereby helping to maintain a clear airway and prevent complications.

Overview: The ICU Medical Z116N-14 Ventilation Suction System is intended for use in suctioning secretions from patients undergoing mechanical ventilation. This system plays a critical role in managing respiratory care by facilitating the removal of secretions that can obstruct the airway, potentially leading to respiratory distress or failure. The system's design aims to minimize the risk of complications associated with suctioning, such as lung damage or introduction of infection, by providing a sterile and efficient suction pathway.

Key Features

• Sterile, single-lumen design to minimize infection risk and ensure reliable suction performance
• 14FR size suitable for a variety of patient needs and situations requiring suctioning
• No one-way valve, simplifying the suction process and reducing the risk of valve-related complications
• Designed for use in critical care settings, including intensive care units (ICUs) and operating rooms
• Efficient suction capability to help maintain a clear airway and support patient respiratory function
• Part of a comprehensive ventilation and suction system, supporting overall respiratory care
• Supplied in cases of 20 units, facilitating inventory management and reducing stockout risks

Product Specifications

• Dimensions: Not specified • Weight: Not specified • Materials: Medical-grade materials suitable for sterile applications • Compliance: Designed to meet or exceed relevant medical device standards for safety and performance

Ideal For

• Hospitals, particularly in intensive care units (ICUs) and operating rooms • Outpatient clinics providing respiratory therapy services • Long-term care facilities with ventilator-dependent residents • Home care settings where patients require ongoing ventilation support and suctioning • Emergency medical services (EMS) and transport situations where portable suction capabilities are necessary