Simulador de partos MamaNatalie

Easy to use birthing simulator

MamaNatalie is a birthing simulator that makes it easy to create very compelling simulations of complex or normal birthing scenarios. It is worn by a standardized patient, who takes the role of the mother, and manually controls the training scenario and the following features:

• Bleeding
• Positioning and delivery of the baby
• Delivery of placenta
• Fetal heart sounds
• Cervix landmark
• Urine bladder cathetherization
• Uterine massage
• Uterine compression

MamaNatalie product demonstration video

Buy One Gift One

For each MamaNatalie purchased in a high-income country, an additional MamaNatalie is being donated to low-resource countries through the Helping Mothers Survive initiative.

Watch the video below for more information.

Buying a MamaNatalie for use in a low-resource country?

Please visit our not-for-profit sister company Laerdal Global Health to buy a MamaNatalie at a not-for-profit price*.

Click here to view a list of the 75 qualifying countries.

Postpartum hemorrhage and communication training.

The simulator is particularly realistic for training communication with the mother and postpartum hemorrhage control; which is the number one cause of maternal death during childbirth.

MamaNatalie gives birth to NeoNatalie, a highly realistic newborn simulator.

NeoNatalie facilitates effective learning of standard newborn resuscitation. It has realistic size and appearance, and also a natural weight, feel and touch when filled with lukewarm water.

View NeoNatalie's Features

Simulate a wide range of birthing complications.

MamaNatalie allows you to simulate a huge variety of complications as well as normal birthing scenarios. Some include:

Vacuum Assisted Delivery

Catheterisation

Breeched Delivery

Incomplete/Retained Placenta

*Laerdal Global Health has committed to offer this product to low-resource countries on a not-for-profit basis through 2015 in support of the UN Millennium Development Goal 4 & 5 to help reduce child and maternal mortality.