• Optimized For On-The-Fly Control
  The UNI touchscreen interface lets you quickly and easily adjust vital sign parameters with just a few taps.
• Preprogrammed Scenario Library
  UNI includes 10 Neonatal Care preprogrammed SLE Scenarios designed to help increase realism, reduce the operator’s workload, and standardize simulation events.
• eCPR™
  Monitor rate and compression depth, no-flow time, ventilation rate, and excessive ventilation; smart trainer features vocal cues and generates performance reports.
• Lab Report Designer
  Generate and share simulated diagnostic lab results to enhance case fidelity and participant involvement.
• Time-stamped Event Recording And Reporting
  The automated event tracking and interaction recorder ensures important events are always captured so you can focus on the action.
• Provider Actions Tracker
  The interactive “Provider Actions” panel lets you carefully track additional team and individual provider actions to generate a comprehensive post-simulation log.
• No Annual Software License Fee
  Gaumard is committed to providing you the best value and keeping your program’s operating costs down year after year.
• Free Software Updates
  Always stay up-to-date and take advantage of all the newest features at no additional cost.
• Uninterrupted Critical Care Transport.
• Transport, handoffs, NICU evac drills, and more. Super Tory remains fully functional in transit thanks to its extra-long battery life and proven wireless technology.
• Internal Rechargeable Battery
• Up to 8 hrs. of Tetherless Operation

• General
  Age: Full-term newborn
  Weight: 8 lbs.
  Length: 21 in.
  Tetherless and wireless; fully responsive during transport 1
  Internal rechargeable battery provides up to 8 hr. of tetherless operation 2
  Smooth and supple full-body skin with seamless trunk and limb joints
  Programmable movement: blinking, mouth open and close, arm and leg flexion and extension
  Realistic joint articulation: neck, shoulder, elbow, hip, and knee
  Forearm pronation and supination
  Lifelike umbilicus and post cord detachment navel
  Palpable bony landmarks
  Near-silent operation
  NOELLE® Fetus-Newborn wireless link capability
  Tablet PC preloaded with UNI® included
  OMNI®2 ready

• Neurologic
  Crying/grunting with visible mouth movement
  Blinking eyes
  Seizures/convulsions
  Programmable muscle tone: active, reduced, and limp
  
  
• Airway
  Anatomically accurate oral cavity and airway
  Nasotracheal/orotracheal intubation (ETT, laryngeal airway)
  Head tilt, chin lift, jaw thrust
  Supports esophageal intubation
  NG/OG tube placement
  Bag-valve-mask ventilation support
  Neck hyperextension and flexion airway obstruction with event capture and logging
  Intubation depth detection and software event log
  
  
• Breathing
  Spontaneous, continuous breathing
  Variable respiratory rates and inspiratory/ expiratory ratios
  Programmable unilateral chest rise and fall
  Unilateral lung sounds synchronized with respiratory rate
  Programmable retractions, “see-saw” breathing
  Mechanical ventilation support
  A/C, SIMV, CPAP, PCV, PSV, NIPPV
  Supports PEEP (up to 20 cmH2O)
  Dynamic airway and lung controls
  Variable lung compliance
  Bilateral bronchi resistance
  Programmable respiratory efforts for weaning/liberation
  Unilateral chest rise with right mainstem intubation (Automatic detection and logging)
  Real-time ventilation feedback
  Bilateral, midaxillary pneumothorax sites support needle decompression and chest tube insertion
  Pneumothorax sites feature palpable bony landmarks, realistic skin for cutting and suturing, bleeding, tactile pleural pop, and fluid drain
  Visible chest rise during bag-valve-mask ventilation
  Supports EtCO2 monitoring using real sensors and monitoring devices
  
  
• Circulatory
  Visible cyanosis, jaundice, paleness, and redness with variable intensities
  Supports manual capillary refill time assessment on the left foot (Automatic detection and logging)
  Programmable fontanel: depressed, normal, and bulging
  Palpable pulses: brachial, femoral, and umbilical
  Pulse palpation event detection and logging
  Blood pressure-dependent pulses
  Supports blood pressure monitoring using real NIBP cuff
  Audible Korotkoff sounds
  Preductal (right hand) and postductal (right foot) SpO2 monitoring using real devices
  
  
• Cardiac
  Includes comprehensive library of ECG rhythms with customizable beat variations
  Supports ECG monitoring using real devices
  Supports ECG-derived respiration monitoring (EDR)
  eCPR™ Real-time quality feedback and reporting
  Time to CPR
  Compression depth/rate
  Compression interruptions
  Ventilation rate
  Excessive ventilation
  Smart CPR voice coach
  Chest compression depth sensor
  Defibrillate, cardiovert, and pace using real devices and energy
  Effective chest compressions generate palpable femoral pulses and ECG activity
  Healthy and abnormal heart sounds
  Supports virtual pacing and defibrillation
  
  
• Vascular Access
  IV cannulation: bolus, infusion, and sampling
  Hand
  Scalp
  Umbilicus
  Umbilical catheterization (UVC/UAC): continuous infusion and sampling
  Bilateral IO tibial infusion
  
  
• Gastrointestinal
  Programmable abdominal distension
  Urinary catheterization with return
  Normal and abnormal bowel sounds

Includes the new SUPER TORY Neonatal Care Simulation Learning Experiences™ Package 

The Super Tory Neonatal Care Simulation Learning Experiences (SLEs) courseware provides you with a library of ready-to-use, evidence-based scenarios designed to help you maximize participant’s learning through outcome-focused simulated clinical patient encounters. The package includes 10 SLEs complete with a facilitator’s guidebook for planning, setting up, and facilitating each learning experience.

• Acute Respiratory Distress Syndrome 
• Bronchopulmonary Dysplasia with Pulmonary Hypertension 
• Diaphragmatic Hernia 
• Drug-Exposed Infant/Neonatal Abstinence Syndrome 
• Early-Onset Sepsis 
• Hyperbilirubinemia 
• Late-Onset Sepsis 
• Nuchal Cord 
• Pneumonia 
• Shoulder Dystocia 

True-to-Life Neonatal Resuscitation and Stabilization Scenarios. 

Super Tory introduces a new level of anatomical and physiological fidelity that allows participants to rehearse advanced-level algorithms, without compromising technique or clinical guidelines. 

• Anatomically accurate airway.
• Hand, scalp, umbilicus, IO access.
• Continuous UAC/UVC infusion.
• Pre- and postductal SpO2.

Pre- and postductal SpO2. 

• SpO2 and EtCO2 monitoring using real sensors 
• Intubation depth and neck hyperextension/flexion detection 
• Defibrillate, cardiovert, and pace using real equipment and energy 
• Visible chest rise following guideline-recommended flow, PIP, and PEEP values 
• eCPR™ Real-time quality feedback and reporting 
• Compression depth, rate, and interruption duration 
• Ventilation rate and duration 
• Smart CPR voice coach 
• Performance report summary 

A Leap In NICU Simulation. True Ventilator Support. Real Patient Monitoring. And Much More. 

The breakthrough respiratory system design in Super Tory accurately responds to mechanical ventilation support like a real newborn, while making it possible to adjust pulmonary function on the fly. Simply tap the UNI controls to decrease dynamic lung compliance and see the change from uniform chest rise, visible with as little as 15 cmH2O, to the high recoil associated with stiff lungs. These advanced features allow Super Tory to simulate the progression of respiratory disease through treatment, weaning, and rehabilitation with the highest degree of physiological accuracy. 

• Modes supported include: ACV, SIMV, CPAP, PCV, PSV, NIPPV 
• Programmable respiratory patterns, retractions, “see-saw” breathing, and abdominal distension 
• Supports therapeutic levels of PEEP 
• Programmable airway and lung function: 
• Dynamic lung compliance (low to high) 
• Bilateral bronchi resistance 
• Respiratory effort: triggers ventilator during weaning 
• Bilateral, midaxillary surgical sites for needle decompression and chest tube procedures
• Palpable bony landmarks 
• Realistic skin supports cutting and suturing 
• Sites bleed when cut and release fluid upon tube insertion 
• Tactile pleural “pop” 
• Sunken, bulging, or normal fontanel. 
• Capillary refill time testing. 
• Retractions, “see-saw” breathing. 
• Bilateral Pneumothorax. 

Train in Real Environments Using Real Tools and Devices. 

Super Tory supports the use of real monitoring devices and sensors, just like a real baby. That means participants can train in familiar settings using the very same tools and protocols that will be used in real situations. 

• ECG monitoring 
• ECG-derived respiration monitoring 
• Pre- and postductal SpO2 monitoring 
• Oscillometric NIBP 
• Live pacing and defibrillation 
• Capnography 

BROCHURE – Gaumard Super TORY S2220