Gaumard Scientific Launches HAL S3201, a Revolutionary Patient Simulator
(firmenpresse) - MIAMI, FL -- (Marketwire) -- 09/09/11 -- , a Florida-based global provider of , announced the launch of its today. Designed to simulate life-threatening situations, instructors can change HAL's condition using a wireless tablet PC that operates up to 300 meters away, making it ideal for training at points of care.
What makes the HAL S3201 so unique is that health care providers get lifelike feedback using real medical devices such as Osat monitors, BP cuffs, defibrillators, cardiac pacemakers and even ventilators and 12 lead ECG monitors. HAL's revolutionary dynamic airway and lungs allow one to change lung compliance and airway resistance during scenarios so students see humanlike respiratory waveforms on a real ventilator. HAL holds PEEP, triggers the ventilator, and exhales real and measurable CO2. Students can display and interpret HAL's 12 lead ECG using a real 12 lead monitor. Students can choose from the thousands of cardiac rhythms or can create their own with our rhythm editor. An integrated MI module can be utilized to specify the extent of an occlusion, ischemia, or necrosis and the dynamic waveforms displayed using a conventional 12 lead monitor in real time.
Gaumard pioneered simulators providing "point of care" training in 2004 with the introduction of its revolutionary HAL S3000 which eliminated the need for external compressors, wires, and tubing found in traditional simulators. Gaumard described these simulators as "tetherless." They provided students the ability to train in real environments and then transport the patient simulator like a real human.
"HAL S3201 is the 11th member of our growing tetherless family which utilizes our extensive library of mobile technologies. HAL sets a global standard for medical simulation, and, best of all he is easy to use and actually affordable," says John Eggert, Vice President of Gaumard Scientific.
HAL S3201 is supplied with Gaumard's powerful and intuitive GIGA® operating interface which displays a rotating 3D image of HAL in which his tissue layers can be removed showing underlying physiology. Access each area, change physiologic parameters, and HAL's vital signs seamlessly respond. Administer medications using a real needle and syringe. HAL's automatic drug delivery system recognizes the type and amount of simulated medication. HAL's vital signs respond appropriately, are displayed on a fully configurable vital signs monitor, and an activities log records each intervention.
Since 1946 Gaumard has been a worldwide leader in the development and distribution of innovative patient simulators for health care education. Its hundreds of simulators include: HAL, the first to receive an Airworthiness Certificate by the US Army; , a revolutionary for teaching maternal and neonatal care; and SUSIE®, the first advanced female nursing care simulator in the world. By providing such innovative medical simulation products, health care providers can be better trained to respond quickly and effectively to life-threatening situations, improving patient outcomes, and saving lives.
Contact: David Broussard
Gaumard® Scientific 2011
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Datum: 09.09.2011 - 14:01 Uhr
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