Infant simulator for OVACE

PRODUCT NUMBER 2613


Infant simulator for OVACE

PRODUCT NUMBER 2613

The infant OVACE simulator works on the principle of clearing an obstructed airway with forced air generated by the abdominal thrusts or back blows of the appropriate procedure.

Once the object is lodged in the airway, the trainee must use anatomical landmarks to decide where to place the hands and how much pressure is needed to perform the manoeuvre. Once the appropriate force is applied, trainees are rewarded with visual confirmation of an expelled object.

DOWNLOAD

* Check availability according to geographic region.

CHARACTERISTICS

  • Thoracic cage
  • Xiphoid process
  • Suprasternal notch (reference)
  • Size: 71 x 43 x 25 cm
  • Weight approx. 3.5 kg

INCLUDE

  • 1 Infant simulator
  • Foreign body for airway obstruction
  • Shirt
  • Soft carrying bag

Description

The infant OVACE simulator works on the principle of clearing an obstructed airway with forced air generated by the abdominal thrusts or back blows of the appropriate procedure.

Once the object is lodged in the airway, the trainee must use anatomical landmarks to decide where to place the hands and how much pressure is needed to perform the manoeuvre. Once the appropriate force is applied, trainees are rewarded with visual confirmation of an expelled object.

The infant OVACE simulator works on the principle of clearing an obstructed airway with forced air generated by the abdominal thrusts or back blows of the appropriate procedure.

Once the object is lodged in the airway, the trainee must use anatomical landmarks to decide where to place the hands and how much pressure is needed to perform the manoeuvre. Once the appropriate force is applied, trainees are rewarded with visual confirmation of an expelled object.

DOWNLOAD

* Check availability according to geographic region.


CHARACTERISTICS

CHARACTERISTICS

  • Thoracic cage
  • Xiphoid process
  • Suprasternal notch (reference)
  • Size: 71 x 43 x 25 cm
  • Weight approx. 3.5 kg
INCLUDE
Description


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