Code Blue® III Newborn with OMNI® 2 Advanced Life Support Training Simulator

In stock

The wireless Code Blue® III Newborn offers the best value in simulation-based resuscitation learning, including programmable models for hypoxic events. The included OMNI® 2 controller is an easy-to-use touchscreen interface designed to place the best tools to drive simulation-based exercises right in the palm of your hand.

Code Blue® III Newborn with OMNI® 2
Advanced Life Support Training Simulator

Package: S300.110.250.PK

The new wireless Code Blue III simulator system offers the best value in simulation-based resuscitation learning. Add the optional Gaumard Vitals virtual patient monitor to enhance realism and exercise a broader range of clinical skills.

Simulated image. Shown with optional portable vital signs monitor.

Use Real Instruments

Train airway management using standard adjuncts


Real ECG Monitoring

Connect real electrodes to the conductive skin sites and monitor ECG using real medical equipment


Hypoxia Modeling

Color and vital signs respond to hypoxic events and interventions


Wireless Technology

The Code Blue III simulator features built-in wireless technology that lets teams simulate transitional care scenarios to improve teamwork and communication.


Spontaneous Chest Rise and Pulses

A refillable internal air reservoir provides spontaneous (automatic) chest rise and pulses after resuscitation for up to 60 seconds.

Versatile Software Solutions


OMNI® 2 Real-Time eCPR Feedback

Improve the efficiency and effectiveness of your skill-building exercises. Real-time feedback lets you easily spot and correct errors in technique to ensure quality performance.

  • Real-time CPR quality metrics
    • Compression depth and rate
    • Ventilation rate
    • Excessive ventilation
    • No-flow time
    • CPR cycles
  • Smart coach: Audible tones help guide correct compression and ventilation rate and ratio
  • Customizable CPR ratios
  • Virtual shock panel with cardioversion capability
  • Interactive checklists let you easily track provider actions during exercise


In-Depth Assessment and Debriefing

Never miss another teaching opportunity. OMNI 2 enhances assessment and debriefing by making it easy to capture CPR performance quality and key events.

  • Easily track individual and team actions using interactive key events
  • eCPR™ Performance Report provides you averages for each CPR metric to aid in the identification and improvement of weak areas
  • Logs provider actions, vital signs, CPR metrics, and comments
  • Save, email, and print eCPR performance reports for debriefing and archiving

Upgrades and Options
for Code Blue III Newborn with OMNI® 2


Gaumard Vitals – Virtual patient Monitor for True-to-life Simulation. Bedside (30080154B), Mobile (30081003A)

Add patient monitoring management objectives to train assessment and decision-making skills. The new OMNI 2 and Virtual Patient monitor allows you to simulate clinical conditions just as they appear on real monitoring devices.

  • Wireless patient monitor link
  • Over 25 vital sign parameters including ECG, HR, EtCO2 and more
  • Includes comprehensive ECG library with over 25 preprogrammed cardiac rhythms
  • Apply sets of parameters with one touch



UNI® Tablet PC Upgrade (S300.110.215.PK)

Upgrade the simulator’s control interface from OMNI 2 to the powerful UNI Simulator Control Software. UNI is the intuitive and easy-to-use interface that brings simulation experiences to life, helping you create realistic learning experiences for participants of all levels.


  • Wireless communication
  • Built-in rechargeable battery
  • Available with an OMNI 2 or UNI control tablet
  • Programmable crying
  • Realistic airway with tongue, visible vocal cords, trachea, and esophagus
  • Supports oral and nasal intubation using an endotracheal tube and other standad medical devices
  • Sensors detect depth of intubation
  • Unilateral chest rise with right mainstem intubation
  • (CPR) Chest compression and ventilation performance sensors
  • Realistic chest cavity and recoil
  • Compressions generate palpable pulses
  • Bilateral lung expansion and realistic chest rise during bag-valve-mask (BVM) ventilation
  • Refillable internal air reservoir provides spontaneous (automatic) chest rise and pulses after resuscitation for up to 60 seconds
  • Connect real electrodes to the conductive skin sites and monitor ECG using real medical equipment
  • Palpable umbilical, brachial, and radial pulse
  • Programmable heart and lung sounds
  • Programmable central cyanosis simulates hypoxic events and effective interventions
  • Measurable blood pressure
  • Intraosseous access at right tibia
  • Umbilical catheterization
  • IV access for medication infusion
  • Code Blue® III Neonate
  • OMNI 2 Wireless Control Interface*
  • Modified Blood Pressure Cuff
  • Replacement Intraosseous Bones (7)
  • IV Filling Kit
  • Charger
  • Instruction Manual

* Optional Gaumard Vitals™ Virtual Patient Monitor
* Optional portable tablet PC replaces OMNI 2 interface


Request our Product Catalog

or Browse the Interactive Version


Bridging the gap between theory and practice.

By synchronizing holograms with the physical world, Obstetric MR allows learners to see inside VICTORIA and observe the dynamic physiology underlying difficult deliveries to promote deeper learning. Wireless connectivity supports up to 6 participants, with each observing their unique vantage point.


Seamless and powerful scenario integration.

Obstetric MR adds a new layer of learning to normal vaginal birth, shoulder dystocia, and breech scenarios. It integrates seamlessly with VICTORIA’s new Simulation Learning Experiences childbirth scenarios as well as your custom scenarios and on-the-fly operation.


Observe clinical intervention in real-time.

Obstetric MR, VICTORIA’s internal network of sensors, and the powerful UNI® control software work together to provide learners with real-time visual feedback. Learners can study the rotation of the pelvis and the fetal shoulder during McRoberts and suprapubic pressure maneuvers as they perform them. It is an entirely new way to observe and understand clinical cause and effect through hands-on practice.