Hospital blood and fluid warming solution, °M Station

Easy-to-use, No Maintenance Required In-hospital Blood & Fluid Warmer, °M Station

°M Station is optimized for use in various units of hospitals, such as emergency rooms, operating theaters, intensive care units, and other wards as well as ground transportation ensuring a continuous flow of warm fluids as long as it is needed.

M station ºMEQU

Key parameters

b3lineicon|b3icon-boy||Boy

Unmatched ease of use

b3lineicon|b3icon-clock||Clock

Fast and extremely efficient

b3lineicon|b3icon-syringe||Syringe

Warming close to the infusion site

 
b3lineicon|b3icon-mobile-devices||Mobile Devices

Small, compact and mobile

b3lineicon|b3icon-blood||Blood

Virtually no priming volume

b3lineicon|b3icon-gear||Gear

Easy cleaning and no maintenance

 

°M Station

M station

 

  • AC power supply (100-230VAC ) for the single-use °M Warmer
  • Continuous flow of warm fluids – up to 9 liters per hour
  • The design follows the robust, easy to clean design line of the current °MEQU family
  • Easy to use – no buttons
  • No maintenance – no service
  • Rail or pole mounted
  • For use in-hospital and in road ambulances

With °M Station, our small and powerful °M Warmer can be used throughout the complete patient journey from the accident site, during transport to a hospital, and also inside the hospital. This means that blood transfusion can seamlessly continue from the point of injury until the patient no longer needs IV fluids by using one single °M Warmer.

 

Warm blood saves lives

Hypothermia is a condition where the body’s own heat production can’t match the heat loss to the environment resulting in a lowered body core temperature. Trauma patients do not die from hypothermia itself – they die of bleeding. Bleeding makes the body lose important red blood cells used to carry oxygen to the brain and other vital organs. Trauma patients with substantial bleeding are at risk of entering the deadly trauma triad of hypothermia, acidosis, and coagulopathy. This combination means that when the body core temperature drops, the acidity in the blood increases and the blood loses its ability to coagulate. Without coagulation, it is much more difficult to stop the bleeding and save the life of the patient.

Studies show that patients with admission temperatures less than 35 degrees C has significantly greater mortality.[1] This is a significant risk as studies also show that hypothermia is the most common cause of clotting disorder[2] and that approximately 57 % of trauma victims requiring immediate surgery become hypothermic in the period between injury and completion of the surgery.[3]

The American Center for Army Lessons Learned (CALL) states that 80 % of trauma deaths in Iraq and Afghanistan had a body core temperature below 34 °C. The consequence of bleeding and a BCT below 34 °C is a 2.4-fold increase of blood loss, compared to having a normal body core temperature of 37 °C.[4]

Prevention of hypothermia and early intervention are very important when it comes to temperature control of the body – waiting until arrival at the hospital could be too late.

  1. Martin, R Shayn;et al. Injury-associated hypothermia: an analysis, Shock Vol 24(2), Aug. 2005, pp 114
  2. Kjærgård, B et. al, Behandling af den hypoterme patient, UGESKR LÆGER 170/23, 2008
  3. Betty J. Tsuei, Hypothermia in the trauma patient, Int. J. Care Injured (2004) 35, 7—15
  4. Jarvis – OEF OIF Casualty Statistics & Lessons Learned-REVISED 18 April 2005, C.A.L.L.