Welcome to a Biomedical Battery specialist of the GE Battery
Dash monitors are compact portable monitors supporting flexible monitoring workflow and providing measurement excellence.
The DASH 2000 Pro provides GE Medical Systems Information Technologies' gold-standard performance at an affordable price. A combination of performance and value makes the DASH 2000 Pro ideal as an entry point in transport, special procedure rooms and physicians offices.
Features:
Gold-Standard NIBP Accuracy
Only full-featured monitor with DINAMAP® technology built-in
System consistently produces the most accurate, reliable NIBP determinations available in a bedside monitor and with battery like GE Eagle Monitor 1000 Battery, GE Eagle Monitor 1006 Battery, GE Responder 1000 Battery, GE Responder 1100 Battery, GE 15N-800AA Battery, Kenz HHR-38AF25G1 Battery, Kenz Cardico 1211 Battery, Osen ECG-8130A Battery, Edanins ECG-6A Battery, GE DASH 1000 Battery, GE Eagle 1000 Battery, Kenz Cardico 1210 Battery
Stepped deflation with patented peak matching technology helps ride through artifact
Ideally suited for NICU, PICU and adult hypertensive patients
Gold-Standard Arrhythmia Detection
EK-Pro® simultaneous multi-lead arrhythmia detection sets the standard for sensitivity and specificity in a patient monitor
Multiple leads assure uninterrupted monitoring and help detect localized events that otherwise might be missed
Incremental updating helps eliminate noise, for accurate tracking of subtle, progressive changes in beat shapes
Continuous correlation provides accurate QRS detection in the presence of noise or artifact
Contextual analysis helps reduce false alarm rates and improve arrhythmia recognition relative to a given patient's unique rhythm
Easy To Use
Shares a common user interface with all GE Medical Systems Information Technologies monitors for quick, confident transitioning from one monitor to the next
Intuitive menu structure simplifies operation and minimizes training
Common connectors with SOLAR® and TRAM® monitors allow quick seamless transition should changing patient condition call for higher-acuity monitoring
No comments:
Post a Comment