PRODUCT INFORMATION

GE DATEX OHMEDA TUFFSAT PULSE OXIMETER
INCLUDES: • Adult Finger Sensor with 1 year warranty - GE OXY-F1-H
• Paper Manual
• Free Protective Case • 4 x AA Batteries
GE
TUFFSAT is Tough: The
GE Healthcare TuffSat pulse
oximeter is built tough to
go the distance, and priced to give you exceptional value along the way.
One
of the smallest handheld oximeters available, GE Healthcare’s TuffSat is
the ideal spot-check solution for hospital, home care, transport, and
EMS.
GE
TUFFSAT is intuitive and easy-to-use:
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Lightweight, ergonomic design for simple, one-hand operation
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Rubber grip offers secure handling
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Intuitive feature set — minimal training required
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Low-battery indicator for added convenience
GE
TuffSat is extreme durability in challenging environments:
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Reduced cost of ownership — TuffSat has low instance of damage, and
it carries a 3-year warranty
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Rigorously stress-tested — exceeds international durability
standards
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Water-resistant for ultimate protection in challenging conditions
GE
TUFFSAT is an ideal oximetry spot-check solution for hospital, home
care, transport, and EMS
-
Superior portability — one of the smallest oximeters available,
TuffSat fits in your pocket or is conveniently worn using the
included carrying case with belt clip
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Excellent visibility in low-light conditions — backlit, large LCD
displays easy-to-read numerics
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Improved patient assessment — the pleth bar complements the PIr
value by providing pulse rate strength information
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Reduced operational cost — auto shut-off extends the battery life
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Memory - up to 32 intervals (approx 1hour)
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Real-time printing - it provides an infrared link (IR) to an
optional, external Hewlett Packard printer
($99 - Amazon.com)
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Highly versatile — TuffSat can be used with
various patient types and clinical situations using OxyTip®+ sensors
GE TUFFSAT -
Increase validity of SpO2 and pulse rate data using PIr:
PIr (relative perfusion index measurement) — a quick, easy-to-use
clinical tool for a dynamic numeric reflection of perfusion at the
sensor site. Now you can rapidly locate the sensor site with the
strongest pulse signal by comparing the perfusion index at different
sensor sites.
PIr (perfusion index) educational guide (pdf)
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