• General
  Tetherless and wireless; fully responsive during transport 1
  Fully operational on internal battery power for up to 6 hours 2
  Supports common patient positions including Fowler’s, supine, and sitting
  
  
• Airway
  Programmable airway: tongue edema, laryngospasm, and pharyngeal swelling
  Multiple upper airway sounds synchronized with breathing
  Right mainstem intubation
  Sensors detect depth of intubation
  Placement of conventional airway adjuncts
  Endotracheal intubation
  Retrograde intubation
  View vocal cords with Sellick maneuver
  Realistic surgical trachea allows tracheostomy or needle cricothyrotomy
  
  
• Circulation
  Measure blood pressure by palpation or auscultation
  Use real BP cuff rather than a “virtual” cuff to measure blood pressure
  Korotkoff sounds audible between systolic and diastolic pressures
  Oxygen saturation detected using real monitors rather than a “virtual” value
  Pulse sites synchronized with BP and heart rate
  Bilateral IV arms with fill/drain sites
  SubQ and IM injection sites
  Intraosseous access at tibia
  ECG monitoring using real devices
  Defibrillate, cardiovert, and pace using real devices
  Multiple heart sounds, rates, and intensities
  ECG rhythms are generated in real-time
  Bilateral carotid, radial, brachial, femoral, popliteal and pedal pulses synchronized with ECG
  Pulses vary with blood pressure and are continuous and synchronized with the ECG even during a paced rhythm
  
  
• Breathing
  Control rate and depth of respiration and observe chest rise
  Select independent lung sounds: upper right, front and back; upper left, front and back; lower right, front and back; lower left, front and back
  Chest rise and lung sounds are synchronized with selectable breathing patterns
  CO2 on exhalation (4 levels) using replaceable cartridge mounted inside the simulator
  Attach to real mechanical ventilators
  Bilateral chest rise and fall
  Unilateral chest rise simulates pneumothorax
  Anterior and posterior auscultation sites
  Bilateral needle decompression at second intercostal
  Dynamic Airway and Lung compliance/resistance
  Ten levels of static compliance, 15-50 ml/cm H2O
  Ten levels of airway resistance
  Holds PEEP from 5 to 20cm H2O
  Exhales real and measurable CO2
  Receive real-time feedback from a real mechanical ventilator
  Capable of assisting the ventilator at variable respiratory rates
  Compliance and resistance can be varied while connected to the ventilator
  
  
• Cardiac
  ECGs are generated in real-time with physiologic variations never repeating textbook patterns
  Heart sounds may be auscultated and are synchronized with ECG
  eCPR™ sensors; chest compressions are measured and logged
  12-Lead ECG with integrated MI model
  
  
• Speech
  Wireless streaming audio
  Create and store vocal responses in any language
  
  
• Drug Recognition System
  Automatic drug recognition detects medication type, dose, and rate injected into the lower right arm
  Includes a pre-programmed library of virtual medications
  Supplied with 20 syringes having wireless tags
  Add new medications using the UNI software editor
  Compatible with UNI Automatic Mode
  Automatically simulates drug interactions
  
  
• Neural Responses
  Eyes are controlled automatically by the physiologic model or directly by the instructor
  Select pupillary response to light
  
  
• Vital Signs Monitor
  Controlled via wireless tablet PC
  Use selected configuration or create your own configuration to mimic the real monitors used in your facility
  Share images such as ultrasounds, CT scans, lab results
  Touchscreen control
  Monitor can be configured by the instructor to suit the scenario
  
  
• Articulation Movement
  Realistic joint articulation
  Supports supine, prone, recumbent, and sitting positions
  Seizure/convulsions
  
  
• User Interface
  Sensors track student actions
  Changes in condition and care provided are time-stamped and logged
  26 pre-programmed scenarios that can be modified by the instructor even during the scenario
  Create your own scenarios (add/edit)
  Change the simulator’s condition during the scenario
  
  
• Other
  Central cyanosis
  Fill bladder and perform Foley catheterization
  Male urinary catheterization with fluid return
  Supports placement of nasogastric tube
  Auscultate bowel sounds

• Wireless Solutions Optimized for Your Dynamic Learning Environment
  Versatile and Capable
  HAL’s array of features can simulate a near-infinite number of clinical presentations and responses. HAL also supports the use of real patient monitors and sensors for in situ training.

• Real Monitoring
  HAL supports real 12-Lead ECG monitors, capnometers, oximeters, BP cuffs, defibrillators, and mechanical ventilators, just like a real patient. No adapters, adjuncts, or special configuration required.

• Wireless and Tetherless
  HAL is self-contained, quiet, and fully operational on battery power for up to 6 hours 2. HAL’s tetherless and wireless design eliminates complicated setups and allows for realistic patient hand-off exercises and realistic in situ simulation.

• Train using real patient monitors and sensors.
  HAL supports a broad range of real patient monitors and sensors. This unique capability allows participants to practice setting up and operating equipment just as they would in real situations.
  ECG/EKG monitors
  Oximeters
  Capnographs
  Defibrillators
  NIBP monitors

• Patented dynamic airway and lung compliance respiratory system.
  Train participants on ventilator management and patient care using a real mechanical ventilator. HAL’s respiratory controls let you adjust lung compliance, airway resistance, gasping, real EtCO2, and OSAT to simulate an infinite number of respiratory conditions.

• Supports standard modes of pressure-controlled and volume-cycled mechanical ventilation
  Presents true-to-life waveforms and values on ventilator screen
  10 programmable levels of lung compliance (from 15 to 50 cmH2O)
  10 programmable levels of airway resistance
  Holds PEEP from 5 to 20 cmH2O
  Exhales real and measurable CO2
  Supports on-the-fly changes to airway and lung parameters while connected to the ventilator
  Connect ventilator to HAL using standard patient circuits like a real patient. No calibration, proprietary adapters, or converter boxes required.

• 12-Lead ECG Designer and 3D Myocardial Infarction Modeling
  Train ECG interpretation and MI management using real native 12-lead equipment. Select rhythms from the built-in library, design your own using the point-by-point PQRST wave editor, or create an occlusion on the 3D heart model to auto-generate injury, ischemia, and necrosis.

• Automatic Recognition of 50+ Virtual Drugs
  Train medication administration and management to improve patient safety. The drug recognition sensors integrated into the arm vasculature detect the medication type, concentration, and dose administered. In response, the physiological model automatically simulates the effect on the patient.

• Advanced Multipurpose Patient Simulator for All Your Clinical Training Needs
  Reactive Eyes, Seizures
  HAL has blinking eyes with photosensitive pupils. Control dilation, reactivity, and blink rate to simulate injury and state of consciousness.

• Surgical Airway
  Visible tongue edema, pharyngeal swelling, and laryngospasm. Perform an emergency cricothyrotomy or tracheotomy.

• eCPR™ and Real EtCO2
  Built-in ventilation and chest compression sensors capture CPR quality metrics. Measure EtCO2 using a real capnometer to monitor effectiveness.

• Defibrillation
  Monitor, capture, pace, and cardiovert using a real defibrillator, electrodes, and real energy. Alternatively, save money on replacement pads by connecting the defibrillator directly to HAL using our optional hands- free training cables.

• Train general and specialized practitioners with one patient simulator that does it all.
  Active eyes
  Cyanosis
  Nasal/oral intubation
  Intubation sensor
  Tongue edema
  Pharyngeal swelling
  Laryngospasm
  Surgical airway
  Real EtCO2
  Spontaneous breathing
  Variable airway resistance
  Variable lung compliance
  Gasping
  Heart sounds
  Carotid pulses
  Brachial/axillary pulses
  Radial pulses
  Femoral pulses
  Popliteal pulse
  Pedal pulse
  Bowel sounds
  Seizures
  Streaming voice
  Airway sounds
  Mainstem intubation
  Needle decompression
  Supports bilateral chest tube insertion
  Ventilation sensor
  Lung sounds
  Chest compression sensor
  (Manual/auto) blood pressure
  12-Lead monitoring
  Oxygen saturation
  Defibrillation/pacing
  Bilateral IV/IM access
  Drug recognition
  Stomach distension
  Intramuscular access
  Urinary catheterization
  Optional trauma arm/leg

• HAL® S3201 is Powered by UNI® Unified Simulator Control Software
  Preconfigured and Ready
  UNI comes preloaded and preconfigured in the rugged 12” wireless tablet PC included with the package.

• 3D Patient Visualization Monitor
  This real-time 3D view of the patient ensures you never lose track of provider/patient interaction during the simulation.

• Unified Scenario Designer
  Create your own scenarios quickly and easily and share them with other UNI users and between Gaumard products.

• Control View Replay
  The built-in recorder captures UNI’s screen as data so you can review the simulation from the operator’s chair.

• No Annual Operating License or Software Update Fees
  Keeps your program’s operating costs down year after year.

• Time-stamped Event Recording and Reporting
  The automated event tracker and interaction recorder ensure important events are always captured so you can focus on the action.

• Enhance Simulation-based Learning with the Bedside Vital Signs Monitor
  Includes 20-inch touchscreen virtual monitor or upgrade to a 12-inch tablet virtual monitor
  Customize each trace independently; users can set alarms and timescales
  Display up to 12 numeric values, including HR, ABP, CVP, PAWP, NIBP, CCO, SpO2, SvO2, RR, EtCO2, temperature, and time
  Display up to 12 dynamic waveforms at once including: ECG Lead I, II, III, aVR, aVL, aVF, V1, V2, V3, V4, V5, V6, AVP, CVP, pulse, SvO2, respiration, capnography.
  Share images such as x-rays, CT scans, lab results, or even multimedia presentations as the scenario progresses

• HAL® S3201 includes the new Simulation Learning Experiences package
  The new HAL® Simulation Learning Experiences (SLEs) provide 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 Anterolateral Myocardial Infarction
  Acute Sepsis Related To Diabetic Ulcer
  Atrial Fibrillation
  COPD Exacerbation
  Diabetic Ketoacidosis
  Opioid Overdose
  Pulmonary Embolism
  Sepsis Related To Pneumonia
  Severe Sepsis
  Supraventricular Tachycardia

Brochure – Gaumard HAL S3201