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HAL® S3000 - Wireless and Tetherless, Prehospital and Nursing Care Patient Simulator

Name: HAL® S3000 - Wireless and Tetherless, Prehospital and Nursing Care Patient Simulator
Brand: HAL®
SKU: S3000.PK

In stock

Model:

S3000.PK

HAL's advanced design and tetherless technology eliminate external tubes, wires, and compressors. HAL operates continuously during transport so that training can occur in the working environment. Rush HAL from the accident scene to the ER or the ICU while care providers diagnose and treat his condition using real monitoring and resuscitation equipment. HAL® smoothly transitions between physiologic states in response to commands from a wireless PC.

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Product Overview

Product Features

HAL® S3000 | A Proven Tetherless Patient Simulator

HAL® is easy to use and fully functional during transport with wireless control and documentation. His electrically conductive skin regions allow the use of real equipment to obtain his ECG, perform temporary pacing, cardiovert, and defibrillate.

Blood pressure can be taken using a BP cuff, palpation, or auscultation methods.

Train advanced airway management via intubation with ETTs or SGAs, tracheostomy, or needle cricothyrotomy.

Bilateral carotid, radial, brachial, femoral, popliteal, and pedal pulses. Pulse strengths vary with BP and pulses are synchronized with the ECG.

Bilateral IV training arms; train bolus and/or IV infusion.

Attach real electrodes and monitor HAL’s lifelike rhythm in real time; easily change rhythms with one click.

Here, pacing therapy converts HAL’s profound bradycardia into a paced ventricular rhythm. HAL® can be paced anteriorly at the defibrillation sites.

Monitor, capture, pace, and cardiovert using a real defibrillator, electrodes, and real energy.

Program HAL’s response to defibrillation. Stack shocks as needed. Here, an AED is shown converting HAL’s ventricular fibrillation into normal sinus rhythm.

Use monophasic or biphasic defibrillators, just like a real patient.

HAL distinguishes between defibrillation and synchronized cardioversion. Here, a shock resolves pulseless ventricular tachycardia.

Monitor and assess CPR performance in real-time, simulate perfusion dependent on effectiveness, and export performance reports for debriefing.

A Proven Tetherless Simulator

Simulation Made Easy
Proven HAL technology
Tetherless with wireless communications
Fully responsive, even during transport
Wireless streaming audio
Automated or instructor-controlled
Airworthiness Certified

Intuitive, Powerful UNI® 3 Control Software Preconfigured on Wireless Tablet PC

Tetherless and wireless; fully responsive during transport ¹. The UNI® 3 interface design is shared across our growing line of 15+ computer-controlled patient simulators, so you can easily operate any Gaumard products without retraining, thus saving your program valuable time and money.

UNI® 3 Features

UNI 3 comes preloaded and preconfigured on a wireless tablet PC included with the package.
Powerful, easy-to-use controls. Control HAL using on-the-fly controls, Simulation Learning Experiences™ preprogrammed scenarios, or create your own scenarios.
Scenario library included. Quickly and easily create your own scenarios and share them.
Time-stamped event recording and reporting. The automated event tracking and interaction recorder ensures important events are always captured so you can focus on the action.

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General

Wireless and tetherless; fully responsive even while being transported¹
Internal rechargeable battery provides up to 6 hrs. of tetherless operation²

Airway

Oral or nasal intubation: ETT, LMA, King LT
Programmable difficult airway: laryngospasm, pharyngeal swelling, tongue edema
Sensors detect depth of intubation
Surgical airway: tracheostomy or needle cricothyrotomy
Unilateral chest rise with right mainstem intubation
Multiple upper airway sounds

Breathing

Control rate and depth of respiration and observe spontaneous breathing
Ventilation is measured and logged
Gastric distension with excess BVM ventilation
Select independent left, right, upper, and lower lung sounds
Accommodates assisted ventilation, including BVM and mechanical support
Tension pneumothorax and bilateral needle decompression sites
Bilateral chest tube sites at 5th intercostal space
Optional Real EtCO₂³

Neurologic

Active Eyes: programmable blink rate, pupil size, and pupil reaction
Severe or mild seizures
Preprogrammed speech responses
Wireless streaming voice: be the voice of HAL® and listen to replies

Cardiac/Circulation

Normal and abnormal heart sounds, rates, and intensities
ECG monitoring using real devices
Real-time CPR feedback: chest compressions are measured and logged
Bilateral IV sites
Measurable blood pressure with audible Korotkoff sounds
SpO₂ monitoring using real devices
Visible cyanosis
Bilateral carotid, radial, brachial, femoral, popliteal, and pedal pulses
Intraosseous access at tibia

Other

Bowel sounds in four quadrants
Male urinary catheterization with fluid return

Interchangeable battery
100-240 VAC battery charger
Blood pressure cuff
Surgical trachea kit
Pneumothorax decompression sites
User guides
Software license
Preprogrammed scenarios
Wireless tablet PC

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.
3. Option available only at the time of order.

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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Seamless and powerful scenario integration.

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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.