HALĀ®

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  1. HAL® S3000
    HAL® S3000 - Wireless and Tetherless, Prehospital and Nursing Care Patient Simulator
    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. HALĀ® smoothly transitions between physiologic states in response to commands from a wireless PC.

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  2. Trauma HAL patient simulator strapped to stretcher next to vehicle collision while two paramedics perform an assessment
    Trauma HAL® S3040.50 - Wireless and Tetherless Trauma Care Patient Simulator
    S3040.50.PK
    The Trauma HAL® S3040.50 is a wireless and tetherless full-body trauma patient simulator featuring bleeding, pressure-sensitive wounds and trauma limbs, laryngospasms, spontaneous chest rise, bilateral intravenous training arms, and many more capabilities. The completely tetherless design and ruggedized joints make this simulator perfect for point of injury, care under fire, emergency field care, extraction, patient transport, mass casualty, decontamination, and more.
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  3. Newborn HAL® S3010
    Newborn HAL® S3010 - Wireless and Tetherless, Neonate at 40-Weeks Gestational Age
    S3010.PK

    Newborn HAL'sĀ® 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.

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  4. HAL® 12-Lead ECG Upgrade
    HAL® 12-Lead ECG Upgrade
    12-lead-ecg-upgrade

    The 12-lead ECG Upgrade for HAL adds support for the use of real 12-lead monitoring equipment to facilitate the training of learners on ECG interpretation and MI management. This upgrade also enables advanced UNI controls for simulating myocardial infractions and designing cardiac rhythms via the interactive waveform editor. Available for the S1000 and S3000.

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