Products
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Newborn TORY® S2210 - Wireless and Tetherless Full-term Neonatal Care Patient SimulatorS2210.PKLearn MoreNewborn TORY® offers a new level of fidelity with true-to-life physical and physiological attributes essential for effective neonatal care simulation training. With a truly wireless and tetherless design educators can freely simulate clinical cases in any setting, even in transit. Whether in a simulation center or in-situ, Tory brings neonatal simulation closer to real life than ever before.
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PEDI® Blue S320.101.250 - Newborn Patient Simulator with SmartSkin™ and OMNI® 2S320.101.250.PKLearn MoreThe PEDI® Blue Newborn Patient Simulator with SmartSkin™ and OMNI® 2 is a full-term neonate patient simulator designed to aid in the training of neonatal nursing care and resuscitation skills. PEDI® Blue includes the new OMNI® 2 control tablet, which features CPR feedback, virtual patient monitor support, and debriefing tool in one affordable package. The S320.101.250 Newborn HAL® body adds a higher fidelity airway and limb articulation to the S320.100.250 model features. -
Newborn PEDI® S105.250 - Newborn Care and CPR Patient Simulator with OMNI® 2S105.250.PKLearn MoreNewborn PEDI® is a full-term neonate patient simulator designed for training neonatal CPR and intravenous (IV) cannulation skills. The package includes the new OMNI® 2 control tablet which offers you real-time CPR quality metrics, an interactive respiratory distress management trainer, and debriefing tools. -
Susie Simon® S104 - CPR Newborn Patient Simulator with OMNI®S104.PKLearn MoreThe Susie Simon® S104 is a full-body newborn patient simulator used to practice and hone the full range of newborn resuscitation skills. Participants can work hands-on and gain clinical competence in proper CPR compressions, fluid infusion, and other airway management skills. -
PEDI® Blue Newborn S320.100 - Newborn CPR Patient Simulator with SmartSkin™ and OMNI®S320.100.PKLearn MoreThe PEDI® Blue Newborn CPR Patient Simulator with SmartSkin and OMNI is specifically designed for neonatal resuscitation training. It features responsive cyanosis coloration, real-time CPR feedback, visible chest rise during BMV, and more. -
Susie Simon® S102 - Newborn CPR Patient Simulator with OMNI®S102.PKLearn MoreThe Susie Simon® S102 is a full-body newborn patient simulator used to practice and hone proper newborn CPR and other airway management skills. Participants can monitor CPR quality metrics in real-time with OMNI and gain clinical competence in newborn ventilation skills.
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Newborn PEDI® S105 - Nursing Skills Patient SimulatorS105.PKLearn MoreThe Newborn PEDI® S105 is a newborn simulator that combines a realistic intubatable airway, an injection training arm, an intraosseous infusion system, and numerous venous and arterial sites to help participants practice and develop the full-range of newborn nursing skills. The S105 allows participants to practice airway management, CPR, IV placement, and catheterization techniques. -
Susie Simon® S103 - Newborn CPR SimulatorS103.PKLearn MoreThe Susie Simon® S103 is a full-body newborn patient simulator used to practice and hone proper CPR and other airway management skills. With the OMNI™ Code Blue® pack, educators can keep track of the cadence and depth of cardiac compressions and airway ventilation. -
Code Blue® III Newborn with OMNI® 2 Advanced Life Support Training SimulatorS300.110.250.PKLearn MoreThe wireless Code Blue® III Newborn offers the best value in simulation-based resuscitation learning, including programmable models for hypoxic events. The included OMNI® 2 controller is an easy-to-use touchscreen interface designed to place the best tools to drive simulation-based exercises right in the palm of your hand.
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Newborn Airway Management Skills Trainer (S320)S320.PKLearn MoreThe Newborn Airway Management Skills Trainer is a full-body newborn patient simulator designed to help participants practice and develop the skills needed to intubate infant patients. The S320 allows participants to gain experience with neonatal intubation and ventilation techniques.