- Condition: Factory New
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Learn more:
- MFR: Ambu Ships from MFI Medical
- MPN: MS-111
- Phone: (800) 262-8462
Frequently asked questions
Does this HME filter bacteria and viruses effectively?
Yes, this unit provides high-level protection with both Bacterial Filtration Efficiency (BFE) and Viral Filtration Efficiency (VFE) ratings exceeding 99.99%.
Can I use this for both pediatric and adult patients?
Yes, the KingUniversal F is designed for versatile compatibility across all patient populations, including adults, pediatrics, and neonates.
Does it have a port for monitoring CO2?
Yes, it includes a dedicated, integrated gas sampling port designed for convenient real-time CO2 monitoring during patient care without needing to disconnect the circuit.
Is this compatible with standard ventilator circuits?
Absolutely. It features universal 15/22 mm I.D./O.D. connections, making it compatible with most standard clinical respiratory circuits and anesthesia machines.
How much moisture does it provide?
It is engineered to deliver an optimal moisture output of 38 mg H₂O/L at a tidal volume of 1000 mL, helping to prevent airway dryness during mechanical ventilation.
Is this filter sterile?
No, this product is non-sterile. Please ensure it is handled and integrated according to your facility’s clinical protocols for respiratory equipment.
How long does it take to ship?
As this is a special order item, the estimated lead time is 2 to 3 weeks (approximately 17 days) from the time of order.
What is the internal dead space of this device?
The KingUniversal F has a dead space of 55 mL, making it suitable for a wide range of patients requiring volume support from 55 to 1000 mL.
What material is used for the housing?
The device is constructed from durable SEBS polymer, which provides a clear and transparent housing, allowing clinicians to visually inspect the filter medium easily.
Is the resistance low during airflow?
Yes, the device is designed for low-resistance airflow, with a rating of 1.1 cm H₂O at 30 LPM, ensuring it does not interfere significantly with the patient’s breathing cycle.