MRI Flowmeter Unit ‚ Controls Oxygen Flow | Adjustable Settings | No Battery Needed | Helps Prevent Contamination | Dual-Function Design
Precise Oxygen Flow Regulation: 50 PSI preset diaphragm regulator ensures accurate oxygen delivery.
Adjustable Flow Rate: 0-15 LPM flowmeter allows controlled oxygen administration.
Battery-Free Operation: Runs solely on a 50 PSI oxygen source, eliminating power dependency.
Dual Functionality: Two 50 PSI check-valved outlets enable simultaneous suction and oxygen use.
Contamination Protection: High-impact canister with a built-in hydrophobic filter prevents contamination.
Easy Returns
Quick Delivery
Free Installation
Emergency Help
The MRI Compatible Flowmeter Unit is a hospital-grade device designed for oxygen therapy and suction applications in MRI environments. Built to function without electricity or batteries, it operates efficiently using a 50 PSI oxygen source, making it ideal for emergency scenarios and transport use. With a durable, impact-resistant collection canister and an integrated hydrophobic filter, it prevents contamination, ensuring patient safety. Its dual check-valved outlets allow for simultaneous oxygen supply and suction, making it a versatile addition to crash carts or patient transport setups. The adjustable 0-15 LPM flowmeter provides precise oxygen control, while the unit’s ability to generate 0-350 mm Hg suction pressure and 21 LPM flow rate enhances its reliability in critical care settings. Engineered for durability, portability, and efficiency, this unit is a must-have for hospitals and emergency responders.
| Capacity | 2 - 5 Liter |
| Material | Stainless Steel |
| Application | Hospital |
MRI Compatible & Battery-Free: Safe for MRI environments with no power concerns.
Versatile & Reliable: Ideal for emergencies, transport, and critical care.
Superior Contamination Protection: Hydrophobic filter prevents fluid entry.
Precision Flow Control: Adjustable 0-15 LPM flowmeter for accurate oxygen delivery.
Durable & Portable: High-impact canister ensures longevity and ease of transport.