Deltex Medical > Application > Haemodynamic Management

Haemodynamic Management

Real-time Haemodynamic Monitoring for Optimal Patient Outcomes

All patients undergoing surgery are at risk from serious and potentially life-threatening complications caused by a reduction in circulating blood volume. This condition, known as Hypovolaemia, results from the combined effects of preoperative fasting, the anaesthetic agent and the blood lost during the surgical procedure. In many respects hypovolaemia can be thought of as akin to severe dehydration.

The complications that hypovolaemia causes arise because the reduced circulating blood volume is unable to carry sufficient oxygen to the major organs and tissues. All of these systems are at risk of failure as a consequence of the resultant oxygen deprivation.

ODM+ monitors the flow of blood leaving the heart with every beat as it happens and consequently can detect any reduction in circulating blood volume early and in real-time. This allows the anaesthetist to intervene quickly and safely to correct the situation, using a combination of specialised fluids and drugs, before the hypovolaemia becomes serious and potentially life threatening.

The technique of optimising a patient’s haemodynamic status relies on giving the right amount of the right fluid at the right time whilst maintaining adequate blood pressure.

Using the ODM+ to monitor and manage a patient’s circulating blood volume during surgery helps them to recover more fully and more quickly. Using the ODM+ means that fewer patients need to go to intensive care and those that do tend to stay there for shorter periods. Because patient journeys through the hospital are more predictable and because fewer patients unexpectedly need intensive care support, the ODM+ can play an important part in improving the efficiency and productivity of any healthcare system.

Terminus Road | Chichester | PO19 8TX | United Kingdom

  • Enquiries: +44 1243 774837
  • Email:
  • Deltex App:


Registered in England & Wales Company No: 1691369