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HAL® S1030 - Dynamic Airway and Lung Compliance Simulator

Name: HAL® S1030 - Dynamic Airway and Lung Compliance Simulator
Brand: HAL®
SKU: S1030.PK

In stock

Model:

S1030.PK

HAL® S1030 is a full-body, computer-controlled patient simulator designed for training respiratory care students and professionals on the treatment and management of respiratory diseases using a real mechanical ventilator. Just like a real patient, HAL® features a lifelike airway, can hold PEEP from 5 to 25 cmH2O, trigger the vent’s breath assist, change lung compliance and bilateral bronchial airway resistance, exhale real CO2, and much more. Together, these features allow educators to simulate diseases and conditions such as ARDS, COPD, and asthma, as seen in real life.

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Product Overview

Product Features

Meet HAL® S1030

Our most powerful airway and
mechanical ventilation management skills trainer yet.

HAL® S1030 is a computer-controlled, full-body patient simulator designed to aid students and professionals to train in airway and mechanical ventilation management skills through hands-on exercises with real equipment. HAL’s patented respiratory system and powerful software work together to simulate true-to-life physiology unmatched by any other patient simulator in its class.

Live Virtual Demo
Available

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Receive real-time feedback from real mechanical ventilator.

Create scenarios using our proven easy-to-use HAL® software.

Change lung resistance/compliance “on-the-fly” and see results on a real ventilator.

Supports standard modes of pressure-controlled and volume-cycled mechanical ventilation
Presents true-to-life waveforms and values on ventilator screen
10 programmable levels of lung compliance (from 15 to 50 cmH2O)
10 programmable levels of airway resistance
Holds PEEP from 5 to 20 cmH2O

Real CO2 exhalation
Supports on-the-fly changes to airway and lung parameters while connected to the ventilator
Connect ventilator to HAL using standard patient circuits like a real patient. No calibration, proprietary adapters, or converter boxes required
Patented, dynamic airway and lung compliance respiratory system

UNI® features easy-to-use physiological controls, task automation, real-time feedback, and data capture tools designed to help you facilitate training experiences that are immersive and effective.

Moderate asthma

Compliance 5, Left/Right Lung Resistance 5

Normal compliance loop

Compliance 7

Severe fibrosis

Compliance 0

Low compliance UNI® controls

Compliance 0

General

Articulating adult HAL® full-size body
Normal, miosis (constricted), and mydriasis (blown) pupil states
Independent left/right pupil states simulate consensual and nonconsensual response
Available in multiple skin tones
Use our scenarios, modify them, or create your own
Intubatable and programmable airway
Programmable lung compliance
Independently control right and left side airway resistance
Supports assisted ventilation at variable respiratory rates
Simulate life-threatening auto-PEEP and tension pneumothorax
Exhales real and measurable CO2
Assess CO2 output with end-tidal detector or capnography
Vary lung mechanics throughout your entire simulation exercise
Receive real-time feedback from real mechanical ventilator
BVM, intubate, or mechanically ventilate
Program tongue edema, pharyngeal swelling, and laryngospasm
Practice intubation and difficult airway management
Ten levels of static compliance, 15-50 ml/cm H20
Capable of holding therapeutic levels of PEEP
Real CO2 exhalation
Specify inspiratory time and rate, inspiratory/expiratory ratio
Change lung resistance/ compliance “on-the-fly” and see results on a real ventilator which are recorded on the laptop
Pre-programmed airway and lung pathologies including:
- Asthma
- Chronic Bronchitis
- CHF
- Emphysema
- Pneumothorax
Set inspiratory effort rate to trigger the ventilator
Four anterior and four posterior lung sounds
Use our pre-programmed pathologies or create your own
Create scenarios using our proven, easy-to-use, HAL® software
Connect our simulator to your real ventilator, which can be set by volume or pressure