A Detailed Look at Monitor
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Expand opportunities for better simulations
Deliver more realistic ALS and BLS training with Monitor by Laerdal. A dynamic, portable learning tool that provides learners the opportunity to:
Fully Flexible
Monitor by Laerdal can be modified to use as a defibrillator, patient monitor, or ventilator and can be used with either manikins or standardized patient.
Fully Integrated
Pair Monitor by Laerdal with any of our Bluetooth Low Energy manikins for fully integrated, real-time QCPR feedback.
Monitor by Laerdal is an application-based learning tool that supports remote simulation training using TruMonitor. Instructors can train multiple learners at the same time either in a classroom setting or remotely from different locations.
Give your learners the opportunity to practice basic skills needed to operate a ventilator with ease.
Monitor by Laerdal transforms into a simulated ventilator monitor when paired with TruVent, allowing learners to adjust underlying patient characteristics to create clinically accurate respiratory simulations.
Monitor by Laerdal fully integrates with our latest generation of Resusci manikins with BLE (Bluetooth Low Energy) technology or a standardized patient. Monitor by Laerdal connects locally via Wifi or Bluetooth without the need for additional routers.
Monitor by Laerdal is powered by TruMonitor or TruVent and modifies for use as a:
Removable side pouches and simulated cables make it easy to setup and use in-situ.
Monitor by Laerdal is portable and easy to move around. The specialized design accommodates scenarios where a patient moves from one location to another. Monitor by Laerdal's output can quickly transition from defibrillator to patient monitor to ventilator as required.
Monitor by Laerdal's casing is built with 100% recycled polypropylene.
Monitor by Laerdal supports learners by offering graphical monitor skins that replicate clinical equipment to enhance realism (more coming soon):
Monitor by Laerdal provides compression and ventilation feedback on both the student and instructor's devices. Real-time feedback is presented as well as artifacts in: