With TruSignal™ - the newest in clinical-motion, low-perfusion technology - and a
long battery life, TruSat™ is the right choice for a broad range of patients. This
tabletop monitor's lightweight, portable features make it ideal for use in any healthcare
environment.
TruSignal is a new technology drawing upon GE's proven history of providing reliable
readings in real-world clinical situations. TruSignal offers improved performance,
especially during challenging conditions of low-perfusion and clinical motion. With
ultra-low-noise technology, TruSignal selects the appropriate clinically developed
algorithm to correct weak signals and generate reliable saturation readings.
TruSat™ delivers enhanced performance and unique features, all at a competitive price.
TruSignal™ Enhanced SpO2 delivers improved performance during clinical motion and
low perfusion
The same proven durability as in our popular TuffSat® handheld oximeter
TruSat is backed by a full, three-year warranty
Up to 35 hours of uninterrupted battery life and a fast, full-battery recharge in
only three hours
Small, lightweight design, weighing just 1.25 kg - less than half the weight of most
bedside oximeters
Control at your fingertips with our simple, three-button operation and intuitive
menus
Trend memory option stores up to 180 hours of data for extended monitoring
TruSat comes as standard with proven Datex-Ohmeda features:
Highly visible, backlit screen for easy viewing in all light conditions
Large, easy-to-read numerals
Alarm limits are always visible and saved between uses
Pulse bar waveform
Colour choices include yellow and white
Extend your oximetry capabilities with Trend Download (TD) software. With the optional
TD software on CD-ROM, you can transfer SpO2 data to a PC and generate comprehensive
reports traditionally used in sleep studies. TD software reports include easy-to-read
summaries, which let you do the following:
Detail the number of times saturation and desaturation fell below a minimum
Pinpoint the highest and lowest pulse rates and the times they occurred
Zoom in and print specific desaturation events