Oceanic Medical Products, Inc. products

The Magellan-2200 Model 1 is compact, robust and flexible, easy to move and was designed for military field hospitals, general civilian hospitals, office-based anesthesia and surgery centers of every description. The Magellan-2200 Model 1 is pneumatically powered and may be mounted on a table top or mobile cart. The Magellan-2200 Model 1 is designed as a simple to operate unit containing all of the modes and necessary components to deliver a basic anesthetic, including a mechanical ventilator and a single agent vaporizer. All of the safety systems required are employed onboard and easy to utilize. Physiologic monitoring of the operators choice, may be employed as a separate, but necessary device. In standard use, the Magellan-2200 Model 1 may be used with a variety of face masks, endotracheal/tracheostomy tubes and other approved artificial airways that are a standard in any operating theater.

The Magellan-2200 Model-2 Anesthesia Machine is compact robust and flexible, easy to transport and designed for military forward surgical teams, combat surgical hospitals, general civilian hospitals, outpatient surgical centers, office-based anesthesia, military and civilian veterinary medicine.

The Magellan-2200, Model 3 device has no ventilator, meaning that each patient must be spontaneously breathing or be bagged by the provider.  This machine was designed for the user whose requirement is for short procedures in which a ventilator is not necessary, as well as itinerant providers, mission groups and customers whose capital equipment budgets require a basic anesthetic gas delivery device, as it is among the least expensive FDA cleared anesthesia delivery devices available.

The Magellan Ventilator is pneumatically powered, single-circuit, volume-constant, time-cycled. It utilizes a high-pressure drive with regulated, high internal resistance to control pressure and is considered a non-constant pressure generator. Simultaneously, the Magellan Ventilator produces a flow pattern that is constant in spite of changes in lung mechanics (inspiratory square-wave).