Brayden CPR Manikin With Illumination LED Lights

SKU
25780
Only £420.00 £350.00

The manufacturer of this item is currently experiencing major stock issues and lead times cannot be guaranteed. 

The Award-Winning, Brayden CPR Manikins present a highly innovative and effective way to teach and learn both the “how-to” and “why to” perform CPR.  It is the first-ever manikin to allow users to visualise the effects of CPR.  

  • Brayden CPR Manikin with Illumination LED Lights

The Award-Winning, Brayden CPR Manikins present a highly innovative and effective way to teach and learn both the “how-to” and “why to” perform CPR.  It is the first-ever manikin to allow users to visualise the effects of CPR.  

What is the Brayden CPR Manikin with Illuminated LED Lights?

Brayden’s CPR Manikin with Illuminated LED Lights is the first CPR manikin to provide visual feedback during training sessions. The illuminated LED lights enable learners to visualise the impact of effective CPR, with the strength of illumination reflecting the quality of chest compressions.

How does the Brayden CPR Manikin with Illuminated LED Lights differ from other Brayden manikins?

The Brayden CPR Manikin with Illuminated LED Lights features three sets of white LED lights, whereas other illuminated Brayden manikins feature red LED lights. Both manikins function the same, with the colour difference designed to appeal to different preferences. The illuminated feature is only available with these manikins, and models such as the Brayden OBI Basic Manikin do not offer visual CPR feedback.

How to use the Brayden CPR Manikin with Illuminated LED Lights

To use the Brayden CPR Manikin with Illuminated LED Lights:

  1. Turn the manikin on using the power switch located on the base.
  2. Begin the training session by opening the airways, using a gentle head tilt and chin lift.
  3. Interlock both hands and place the heel of the bottom hand in the middle of the chest in between the ribs.
  4. Deliver chest compressions at a rate of 100–120 per minute, pressing down firmly and smoothly to a depth of 5–6cm.
  5. If practising rescue breathing, deliver two breaths after every 30 compressions. Ensure a proper seal over the manikin’s mouth and watch for chest rise.
  6. Continue cycles of 30 compressions and 2 breaths until the LED lights around the manikin’s head, neck, and chest are fully illuminated, indicating effective blood flow and ventilation.

What do I need to do to maintain the Brayden CPR Manikin with Illuminated LED Lights?

The Brayden CPR Manikin with Illuminated LED Lights requires minimal maintenance, with few moving parts inside. The disposable lungs that enable chest movements need to be replaced after each use to ensure realistic function, while the LED lights are powered by six alkaline batteries, supporting up to 160,000 chest compressions. These need to be replaced once depleted, indicated by a flashing red power status indicator. For hygiene purposes, the CPR manikin also requires cleaning after each training session using manikin wipes or a mild soap and water to minimise bacteria.

How does the LED light feature work in the Brayden CPR Manikin with Illuminated LED Lights?

The LED light feature inside the illuminated Brayden CPR Manikin comprises three different lights to provide feedback on CPR performance:

  • Compression depth indicator lights (chest) - represent the volume of blood being circulated as a result of chest compressions. These illuminate for longer periods in response to deeper, more effective compressions.
  • Blood circulation indication lights (neck) - reflecting the flow of blood from the heart to the brain, the speed of which varies in response to the depth and rate of chest compressions.
  • Normal circulation indication light (forehead) - this illuminates to show chest compressions are being performed correctly, including the depth and frequency.

The higher the quality of CPR being performed, the brighter these lights illuminate. Deeper, faster chest compressions result in better circulation, while shallow, slower compressions are less effective in circulating oxygen and blood to vital areas.