Patient Simulators

Patient Simulators

  • METI HPS

    The Human Patient Simulator (HPS), designed by Medical Educational Technologies Incorporated (METI), is a life-sized fully automatic electromechanical mannequin upon which physiological and pharmacological models that determine cardiac and respiratory responses can be programmed to demonstrate many different acute cardiopulmonary clinical scenarios.

    The HPS has a command computer and mechanical interface that simulates heart and breath sounds, palpable femoral and radial arterial pulses, motors to simulate spontaneous and controlled ventilation, the ability to monitor carbon dioxide exhalation, non-invasive hemodynamic monitoring, and the ability to monitor arterial, central venous, and pulmonary artery pressure. The mannequin has a voice speaker mounted in the head and can be operated by the instructor from a remote location using a laptop computer. Drug recognition is via bar-coded saline-filled syringes. The computer recognizes the volume, concentration and type of drug given to the mannequin and produces an appropriate pharmacologic response.

    The mannequin is designed to allow management of the airway both with mask ventilation, and utilization of airway-assist devices such as the oral or nasopharyngeal airways, the laryngeal mask, combitube, endotracheal tube, and intubating laryngeal mask. The airway of the mannequin is designed to occlude in a graded and systematic fashion via use of compression of the larynx to simulate laryngospasm and the ability to inflate the tongue in a graded fashion to simulate a difficult airway and intubation. The mannequin also allows for both nasal and oral fiberoptic intubation with visualization to the carina and major lobes of the lungs. Retrograde intubation over a wire through the artificial cricothyroid membrane can also be performed.

    See the Human Patient Simulator (HPS) features.

  • Laerdal SimMan 3G


    The SimMan 3G patient simulator is controlled completely wirelessly. The simulator drug recognition system allows students to administer drugs simultaneously. It registers the amount, speed and type of drug automatically and applies the appropriate physiological responses. The simulator has several airway and breathing features and complications, cardiac features, eye signs and secretions. In addition to airway management skills practice, the mannequin allows vascular access (standard vascular as well as intraosseous access via the tibia and sternum), needle thoracentesis, and insertion of a chest drain-bilaterally.

    See the Laerdal SimMan 3G Patient Simulator features.

  • Laerdal SimBaby

    The SimBaby patient simulator has realistic infant anatomy and clinical functionality. Students can practice multiple airway managmenet skills including oropharyngeal and nasopharyngeal airways, bag-valve-mask ventilation, orotracheal and nasotracheal, intubation, Sellick maneuver, LMA insertion, endotracheal tube insertion, fiberoptic intubation, gastric tube insertion, and right mainstem intubation. The SimBaby features multiple pulmonary and cardiovascular system functionality. Participants can practice unilateral chest tube insertion, venous access antecubital fossae, intraosseous insertion (bilateral), and IV bolus and infusion.

    See the SimBaby features.

  • METI iStan

    The iStan features breath, heart, bowel, and phonation sounds as well as an advanced cardiovascular and pulmonary system. The iStan's truama features include cricothyrotomy, articulated mandible, obstructed ear irrigation, oral and nasopharyngeal suctioning, neck articulation with cervical motion monitoring and ability to reduce range of motion, tri-state pupil size, teeth with break away incisors, laryngospasm, difficult (airway) occluder, tongue edema, trismus, jaw thrust, tension pneumothorax/hemothorax, needle decompression (bilateral), flail chest, chest tubes (bilateral), convulsions, sternal and tibial IO access, bilateral peripheral (dorsal vein and antecubital fossa) IV access, central (femoral and jugular) IV lines, and bilateral thigh auto-injection sites for medication administration.

    See the features of the Human Patient Simulator.