PEDI® Blue with OMNI® 2 is a full-term neonate patient simulator designed to aid in the training of neonatal nursing care and resuscitation skills. PEDI® Blue includes the new OMNI® 2 control tablet, which features CPR feedback, virtual patient monitor support, and debriefing tools, in one affordable package. The S320.101.250 Newborn HAL body adds a higher fidelity airway and limb articulation to the S320.100.250 model features.
Intubatable Airway
Supports oral or nasal intubation using standard devices.
eCPR™ Real-time Feedback
Monitor and record chest compression and ventilation quality in real-time.
Visible Chest Rise
Realistic bilateral lung expansion with bag valve mask ventilation.
Umbilical Catheterization
Umbilical vein supports cannulation and infusion.
Intravenous Access
Arm vein access allows drawing and infusing fluid.
Intraosseous Access
Right tibia bone supports access and infusion.
NEONATAL RESUSCITATION TRAINING WITH OMNI® 2
The OMNI 2 touch interface and control elements are easy to learn and use. And because it's wireless, you have the freedom to control, monitor, and debrief from anywhere in the room.
Wireless Virtual Patient Monitor Support
Train measurement, interpretation, and documentation of vital signs to improve planning and decision making skills. The Gaumard® virtual patient monitor mimics standard patient monitors readings including: temp, HR, RR, pre and post-ductal OSAT, BP, glucose, and much more.
eCPR™ - Real-time Resuscitation Feedback
Improve the efficiency and effectiveness of your CPR training by monitoring metrics such as rate and depth in real-time. eCPR also offers performance reports to help you identify weak areas in performance and for keeping records of your training sessions.
Respiratory Distress Model
Progress the scenario to require advanced treatment by adjusting the severity of respiratory distress with just one touch. Additionally, effective ventilations automatically return visible peripheral and central cyanosis to healthy skin.
Algorithm Checklist
Easily track algorithm objectives for more effective debriefing sessions.