Oxygen plant and Nitrous Oxide plant are used by hospitals to supply these gases from a single source. Operating on similar principles, these two plants reduce the high-pressure gases compressed into cylinders to low pressure, providing conditions for their use in places such as operating rooms, intensive care units, emergency departments, and patient rooms.

The main components are medical gas plants (oxygen, medical air, vacuum, AGSS), medical copper pipelines, floor control panels, intensive care units, bedside units, medical gas outlets, oxygen flowmeters, jacks, and vacuum regulators.

Medical gas pipelines ensure the safe, hygienic, and efficient distribution of oxygen, vacuum, anesthetic gases, and other medical gases to patients and other equipment in healthcare facilities. Medical gas cylinders are not suitable for meeting the needs of a built-in healthcare facility, as they limit mobility and require a large storage area. Medical gas pipelines simplify facility management by providing centralized gas distribution throughout the facility and also enable quick intervention during emergencies. Medical gas pipelines are considered an important element for healthcare facilities to function effectively.

Medical gas systems eliminate the costs associated with the use of medical gas cylinders by providing centralized distribution of gases from a single source in healthcare facilities. These systems also eliminate problems related to cylinder transport, storage, and management. Medical gas systems also eliminate the need for facility staff to deal with the storage, transport, and replacement of cylinders, allowing them to focus on other important tasks and save time. In addition, safety issues and mobility limitations related to the use and management of medical gas cylinders are eliminated. Therefore, medical gas systems reduce the costs of healthcare facilities, allow staff to use their time more efficiently, and make business processes more effective.