United States Change
SAROS™ 4000
MIL_SAROS

Ensure safer oxygen use on the battlefield or during enroute care

Eliminate the safety risk associated with shipping and carrying high-pressure oxygen cylinders. Military medical personnel can care for patients with greater safety when using the SAROS™ 4000 portable oxygen concentrator.

Contact a product expert Contact ZOLL for NSPA procurement information.

Advanced technology in SAROS 4000 helps maintain a consistent bolus, adjusts for the temperature differential between ambient conditions and patient lungs, and ensures consistent oxygen delivery timing. SAROS 4000 can deliver up to 3,000 ml of oxygen per minute with up to 93% oxygen purity.

SAROS_ValueProp_1_640x352

Create an independent system with the ZOLL EMV+ ventilator

Together, the turbine powered, battery operated ZOLL EMV+® and the portable SAROS 4000 oxygen concentrator give medical personnel flexibility and agility to move with the patient when they most need it.

SAROS_ValueProp_2_2640x352

A new standard for aviation applications

Now optimized for in-flight use, the SAROS 4000 portable oxygen concentrator is certified RTCA DO-160G compliant by the Radio Technical Commission for Aeronautics, the globally accepted standard for airworthiness.

SAROS_ValueProp_3_640x352

Ultra-sensitivity during the golden third of inhalation

Adjustable Pulse Sensitivity allows clinicians to adjust the pulse trigger on the SAROS 4000 portable oxygen concentrator. Doing so provides fast, reliable oxygen delivery during the golden third of inhalation, improving oxygen absorption and gaseous exchange in the lungs.1

  • Portable
  • 68.1 cm long x 11.1 cm diameter with battery; 59.1 cm long x 11.1 cm diameter without battery
  • Weighs 5.56 kg with battery; 4.54 kg without battery
  • Delivers 3,000 mL/min of oxygen at 93% +/- 3% concentration for all flow settings
  • Features RTCA DO-160G certification
  • Meets NATO environmental specifications for temperature and altitude
  • Operates at altitudes as high as 5,486 meters (18,000 ft)
  • Over 1 hour of battery operation
  • Only 1 bar (15 psi) system pressure

1 Zhou S, et al. Respir Care. 2014;59:8:1199–1209.