High-fidelity, portable, wirelessly-controlled, high-fidelity simulator showing dynamic airways and lung compliance, fully responsive during transportation

Technical features:

Displaceable technology, which allows the communication systems, compressor and power supply to be incorporated into the simulator, eliminating external tubing, cables and compressors. 

Allows the use of real devices: connect the simulator directly to a real ventilation system. A real monitor for 12-lead ECG recording, pulse oximeter, blood pressure cuff, external defibrillator and real external pacemaker can be used.

General:

• Power supply from an internal rechargeable battery or fixed plug;
• Wireless tablet-controllable simulator - coverage up to 300 meters;
• Pre-programmed scenarios can be used, or you can create your own quickly and easily;

Respiratory tree:

• Programmable respiratory tree: lingual and pharyngeal edema, laryngospasm;
• Numerous upper airway sounds synchronized with breathing;
• Allows endotracheal intubation and retrograde intubation;
• Intubation on the right main bronchus;
• Intubation depth detection sensors;
• Perform the Sellick maneuver to highlight the vocal cords;
• Realistic trachea - allows tracheostomy and needle cricothyroidotomy.

Breathing:

• Control of breathing rate and depth of breathing;
• Separate lung sounds for each lung, at the level of the hemithorax, both upper and lower, anterior and posterior;
• Thoracic chest sounds and breath sounds synchronized with breathing patterns;
• CO2 exhalation during exhalation (4 levels) - refillable cartridge, mounted inside the simulator;
• Assisted ventilation with real mechanical fans;
• Bilateral chest enlargement;
• Unilateral chest enlargement - simulated pneumothorax;
• Needle decompression, intercostal space II, bilateral;
• Dynamic respiratory tree and lung compliance/resistance;
• 10 levels of static compliance; 15 - 50 ml/cm H2O
• 10 levels of respiratory tree strength;
• Supports PEEP between 5 - 20 cm H2O
• Possibility to assist the ventilator at different breathing rates;
• The compliance and strength of the breathing tree may change during the use of the artificial ventilation system. 

Cord:

• Real-time ECG generation with physiological variations;
• Auscultation of heart sounds, synchronized with ECG recording;
• View 12-lead ECG in dynamic;
• 12-lead ECG with integrated acute myocardial infarction (AMI) module.

Circulation:

• Blood pressure measurable by palpatory or auscultatory method with real equipment
• Korotkoff noise;
• Oxygen saturation measurable with real oximeters;
• Pulse palpation regions;
• Pulse synchronized with heart rate and BP;
• Vascular network in both arms for intravenous access;
• Regions for intramuscular and subcutaneous injections;
• Intraosseous access to the tibia;
• ECG monitoring with real devices;
• Defibrillation, cardioversion and pacing with real devices;
• Numerous noises and heart rates;
• ECG rhythm generated in real time;
• Heart sounds synchronized with ECG;
• Bilateral carotid, brachial, radial, femoral, popliteal and pedal pulses, synchronized with ECG;
• Pulse varies with BP, is continuous and synchronized with ECG even during pacing

Controlled by instructor or on Automatic mode:

• Vital parameters are generated in real time;
• Drug library;
• The use of medication influences the patient's condition in real time, simulating real clinical situations. 

Medication recognition system:

• Identifies the drug and volume delivered to the venous network of the right hand and forearm;
• Delivered with 100 syringes with wireless tags;
• The medication contained in the library can be used, or other medications can be added using templates in the system.

Neurological response:

• The eyes can be controlled automatically (via the physiological model) or directly, manually (by the instructor);
• You can select the pupillary response to light stimulation. 

Language:

• Streaming audio wireless;
• One can create and record voice replies in any language.

Vital functions monitor:

• Wireless tablet control;
• Use default configuration, or customization, to simulate a real monitor;
• Image distribution: ultrasounds, CT scans, lab results;
• Touchscreen control;
• The monitor can be configured by the instructor to fit the scenario. 

Joints and mobility:

• Seizures. 

Other:

• Central cyanosis;
• Urinary reservoir; Foley catheterization;
• Interchangeable genitalia;
• Nasogastric probe;
• Auscultation bowel sounds.

User interface:

• Sensors to track student activity;
• Condition changes and interventions are time-framed and recorded;
• Wireless tablet plus vital signs monitor
• 26 pre-programmed scenarios, which can be modified by the instructor even while they are running;
• Create your own scenarios using the Add / Edit functions;
• Change the simulator state even while the scenario is running.

Accessories:

• S3201.004 Leg amputation
• S3201.005 Arm amputation
• WK120 Accident kit
• WK100 Emergency kit
• WK110 Trauma kit
• WK105 Burns kit