Nonin Medical Onyx II 9560 6343-002 Manuel D’Utilisation

Codes de produits
6343-002
Page de 4
Oximetry Unplugged
TM
 – Revolutionizing Disease Management
With the increased need for remote disease management, the Onyx II, Model 9560 
with Bluetooth
®
 wireless technology provides a pulse oximetry monitoring solution 
that simplifies the exchange of secure information. The integration of interoperable, 
Bluetooth wireless technology in health monitoring devices will allow patients, along 
with their clinicians, to more easily monitor vital signs in environments never before 
possible. As a result, patients will be able to go about their daily activities and send their 
vital data wirelessly through communication devices such as 
cell phones, PDAs and PCs, etc.
The benefits of this revolutionary product also include dramatic cost savings and 
reducing the strain put on over-crowded healthcare facilities. By working to streamline 
the monitoring/data sharing process, breakthrough devices such as the Onyx II 9560 
enable clinicians to remotely monitor patients with chronic diseases such as Chronic 
Obstructive Pulmonary Disease (COPD), Congestive Heart Failure (CHF) or Asthma. 
Onyx
®
 II 9560 – A Closer Look
Bluetooth
®
 2.0 Technology
Engineered with Bluetooth 2.0 Wireless Technology, the Onyx II 9560 
provides a secure wireless connection for vital information exchange. 
Extremely versatile, it easily connects to communication devices (cell 
phones, PDAs, PCs, etc.). More importantly, the 9560 is designed 
to meet the requirements of the emerging Bluetooth Health Device 
Profile (HDP), IEEE 11073 and Continua standards.  
Store & Forward Memory
Ensures ultimate versatility by allowing patients to take 
readings when a wireless connection is not possible. 
When the patient returns into range, The Onyx II 9560 
automatically transmits the time-stamped data. The Onyx 
II 9560’s memory storage provides a minimum of 20 
single point measurements.
SmartPoint
 Technology 
SmartPoint Technology provides a fast and accurate snapshot of the patient’s SpO
2
 and pulse rate and 
eliminates the guesswork of determining which oximetry values to use for analysis. The SmartPoint 
algorithm automatically determines when a high quality measurement is ready to be wirelessly 
transmitted and each measurement includes an indicator of quality.
P
S