Newborn HAL's® true-to-life physical and physiological features, wireless mobility, and ease-of-use allow you to simulate realistic clinical cases. Whether training occurs in a simulation center, in situ, or in transit, participants of any level can practice the skills needed to provide safe and effective care to neonatal patients.
Newborn HAL® S3010
The original wireless and tetherless newborn patient simulator.
Newborn HAL® S3010 is a 40-week tetherless newborn featuring programmable spontaneous breathing, pulses, and color, and it responds to CPR like a real baby.
Wireless and tetherless
Tetherless and wireless; fully responsive during transport 1. Smoothly transitions between physiologic states in response to commands from a wireless tablet PC.
Cyanosis
Color and vital signs respond to hypoxic events and interventions.
Realistic Umbilicus
HAL’s umbilicus can be catheterized and has a pulse synchronized with programmed heart rate.
Bilateral IV arm
Newborn HAL® has bilateral IV training arms that can be used for bolus or intravenous infusions and draining fluids.
Intraosseous access
Intraosseous infusion and injection system with realistic tibia bones.
ECG monitoring
Newborn has conductive skin regions that allow the application of real electrodes to view ECGs with physiologic variations, allowing the user to track cardiac rhythms with their own equipment just like with a human patient.
Powered by UNI® 3
Patient simulator control software that is powerful and easy to use.
Powerfully intuitive. Ready for use.
The intuitive design of UNI 3 offers the ease of use and capabilities required by even the most demanding simulation programs.
Learn just once and for all.
The design of UNI 3 is shared across our complete line of computer-controlled patient simulators. Once familiarized, you can quickly operate other Gaumard products without retraining, saving your program valuable time and money.
Includes our Neonatal Care
Simulation Learning Experiences™ scenario package.
The Neonatal Care 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 8 SLEs, complete with a facilitator’s guidebook for planning, setting up, and facilitating each learning experience:
1. Maximum wireless range will vary depending on environmental factors and conditions.
2. Battery life estimates dependent on active features and settings; results may vary.
Priced without options, discounts, or special offers. Taxes and other fees not included. Extended service plans, product installation, and training services are available. Product design and price subject to change without notice. All trademarks and/or copyright materials are the property of their respective owners. © 2020 Gaumard Scientific. Patented; other patents pending. All Rights Reserved.
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Bridging the gap between theory and practice.
By synchronizing holograms with the physical world, Obstetric MR allows learners to see inside VICTORIA and observe the dynamic physiology underlying difficult deliveries to promote deeper learning. Wireless connectivity supports up to 6 participants, with each observing their unique vantage point.
Seamless and powerful scenario integration.
Obstetric MR adds a new layer of learning to normal vaginal birth, shoulder dystocia, and breech scenarios. It integrates seamlessly with VICTORIA’s new Simulation Learning Experiences childbirth scenarios as well as your custom scenarios and on-the-fly operation.
Observe clinical intervention in real-time.
Obstetric MR, VICTORIA’s internal network of sensors, and the powerful UNI® control software work together to provide learners with real-time visual feedback. Learners can study the rotation of the pelvis and the fetal shoulder during McRoberts and suprapubic pressure maneuvers as they perform them. It is an entirely new way to observe and understand clinical cause and effect through hands-on practice.
