The simulator for advanced life support training programs

The Advanced Life Support Simulator is a realistic interactive training manikin for simulating a wide range of advanced life saving skills in medical emergencies. The simulator responds to clinical intervention, instructor control, and preprogrammed scenarios for effective practice of diagnosis and treatment of a patient. With spontaneous breathing, airway control, voice, sounds, ECG, and many other clinical features, the ALS Simulator is the fully functional emergency care simulator.

Benefits of using the ALS Simulator in your training program:

• Educationally effective for teaching advanced life saving skills, communication, and teamwork through simulation.
• Efficiently targets the key skills of emergency care providers.
• Preprogrammed scenarios provide standardized training while customizable scenarios and real time instructor control allows the flexibility to meet individual student needs.
• Flexible and economical simulator platform with multiple modules accommodates a wide range of training including CPR, ACLS, NBC, trauma, bleeding control and first aid.
• Cost effective simulator for incorporating patient simulation into training programs.
• Mobile for use in field, transport and hospital training.
• Educational support material provides quick orientation to case based scenario training with the Advanced Life Support Simulator. Designed with emergency care in mind, these modules contain patient scenarios based on specific learning objectives, problem solving and decision making skills.
• Durable, rugged and lifelike made to withstand years of use.

Features of the ALS Simulator:

• Variable spontaneous breathing without cumbersome air tanks, hoses or cables allows for simulation of a wide variety of patients with respiratory complications.
• New improved airway allows for insertion of standard airway devices with the addition of the LMA and Combitube.
• Difficult airway management simulations can be practiced including obstructed airway, airway blockage and needle and surgical cricothyrotomy.
• Sensored events such as head tilt/ chin lift, jaw thrust, ventilation and compressions are logged for increased debriefing capabilities.
• 1400 + cardiac rhythms with synchronized pulses allows students to interpret and intervene using clinical monitors, defibrillators, and external pacers and drug administration.
• Blood pressure arm allows for palpation and auscultation of NIBP synchronized with cardiac rate and rhythms.
• Realistic normal and abnormal heart, breath and bowel sounds enhance simulations.
• VitalSim allows for increased functionality including creating, editing and running of scenarios.
• Optional accessories such as Nuclear, Biological and Chemical (NBC), trauma, and bleeding control modules add realism to the training scenario.