Michigan Instruments, Inc. products

We are a proven partner of hospitals and EMS units, providing patients with their best chance at survival. Our Life-Stat mechanical CPR Devices represent the latest advancement in our history of CPR development. With the only CPR device on the market today that meets 2015 AHA CPR guidelines for both chest compression and ventilation, trust that your patients are always in good hands with Michigan Instruments.

Known as The Thumper, Model 1007CC is a mechanical CPR device designed to deliver continuous chest compressions to a patient in a state of acute cardiac arrest. Light-weight and easy to use, the transition from manual CPR can be done with minimal interruption to compressions.  Read on to learn more about the absolute best value in Automated CPR available today.

Our Lung Simulators provide accurate representations of adult pulmonary mechanics. The total lung capacity replicates a typical adult patient. When our Dual Adult Test Lung is paired with our Breath Simulation Module (BSM), it can be used to create a spontaneously breathing lung model. The addition of the Adult Head Simulation Module (HSM-A) further expands the applications for this dynamic system.

The Spontaneous Breathing Lung Simulator (SBL) offers an updated way to create spontaneous breathing. This is available as an independent device or upgrade your current generation TTL or PneuView Simulator. Spontaneous breathing simulations are especially useful for designing, testing, and providing training on non-invasive and supportive modes of ventilation and oxygenation. The breathing is controlled using our simple and intuitive, windows-based software program.

The Breath Simulation Module (BSM) is a compact device designed to transform the Dual Adult TTL or PneuView Lung Simulator into a spontaneous breathing system. Spontaneous breathing simulations are especially useful for designing, demonstrating, testing and providing training on non-invasive and supportive modes of ventilation and oxygenation.  The BSM can also be used with Adult-Infant simulators to simulate a spontaneous breathing infant lung.