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Medical gas systems

Manifolds, compressed air, vacuum, AGSS and emergency backup systems that keep medical gas flowing to every outlet.

6 products
Anaesthetic Gas Scavenging Systems

Anaesthetic Gas Scavenging Systems

The Anaesthetic Gas Scavenging System (AGSS) is designed to safely collect and remove waste anaesthetic gas…

Emergency Backup Systems

Emergency Backup Systems

The Emergency Supply System provides a reliable backup gas supply for medical gas installations, ensuring…

Emergency Medical Gas Station

Emergency Medical Gas Station

Emergency Medical Gas Station is a departmental backup medical gas solution designed to ensure uninterrupted…

Manifold Systems

Manifold Systems

Medical Gas Manifold is a modular gas distribution system designed to provide a continuous gas supply in…

MEDAIR Compressed Air Systems

MEDAIR Compressed Air Systems

Medical air systems are centralized systems designed to provide clean, dry, high-purity compressed air, which…

MEDVAC Medical Vacuum Systems

MEDVAC Medical Vacuum Systems

MEDVAC Systems provide a reliable and continuous source of negative pressure for medical suction applications…

Guide

Medical gas systems guide: uninterrupted supply from source to outlet

In a hospital, oxygen, medical air, vacuum and anaesthetic gases must never stop. A medical gas system is one chain that starts at the plant where gas is produced or stored and runs through the pipeline, area valves and outlets to the bedside. Reanimed designs and manufactures the source side of that chain in Gebze: manifolds, MEDAIR compressed air and MEDVAC vacuum plants, AGSS waste gas systems and emergency backup supply.

Main components

  • Manifold systems: regulate, monitor and distribute gas from cylinders or cylinder packs; automatic changeover and a bypass keep supply uninterrupted.
  • MEDAIR compressed air: compressors, air receiver, dryer, filters and pressure regulation produce clean, dry, high-purity air for respiratory support and surgery.
  • MEDVAC medical vacuum: a continuous negative pressure source for suction in operating rooms, ICUs, emergency and patient areas.
  • AGSS: collects waste anaesthetic gases and removes them from the room, protecting staff from long-term exposure.
  • Emergency backup supply and emergency gas station: keep the pipeline supplied when the main source is out of service.

How to choose the right system

Capacity is calculated from the number of beds, operating rooms and ICU beds, and from simultaneous-use factors. Redundancy (duplex, triplex or quadruplex compressor and pump sets, duty and standby blowers in AGSS), monitoring and alarms, ease of maintenance and room for expansion are equally important. Reanimed systems are modular, so capacity can grow with the hospital.

Standards and safety

The key references for medical gas pipeline systems are EN ISO 7396-1 (compressed medical gases and vacuum) and EN ISO 7396-2 (anaesthetic gas scavenging). Outlets are gas-specific under EN ISO 9170-1, so the wrong gas cannot physically be connected to a device. Reanimed’s quality system is certified to EN ISO 13485 and EN ISO 9001, and products are CE marked.

How a project runs

The process starts with a needs analysis and capacity calculation, continues with plant layout, pipeline routing and the location of area valves and alarms, then production, installation, pressure and purity testing and commissioning. In renovations of working hospitals, emergency gas stations keep each zone supplied while work is done.

FAQ

Frequently asked questions

Which gases does a medical gas system include?

A typical hospital installation includes oxygen (O₂), medical air (AIR), vacuum (VAC), nitrous oxide (N₂O) and anaesthetic gas scavenging (AGSS). Carbon dioxide, nitrogen and 800 kPa surgical air lines can be added as required.

Manifold or liquid oxygen tank?

For small and medium facilities, cylinder manifolds are cost-effective. Large hospitals usually use a liquid oxygen tank as the primary source, with manifolds for reserve and emergency supply. The right choice follows from the consumption calculation.

Why does redundancy matter for vacuum and air plants?

A compressor or pump failure can stop clinical work. Plants therefore include at least one standby unit, and the controller balances running hours between units.

Can the gas system of an existing hospital be renewed?

Yes. Work is done zone by zone; during the work, the zone is supplied from an emergency gas station or backup supply.

Project consultancy

Planning an operating room or intensive care unit?

Tell us about your project. Our engineers will review your plans and come back with a proposal for systems, timeline and installation.

  • Free site survey and draft design
  • Reply within one business day
  • Our own production in Gebze
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