Monitor

Patient monitoring is vital to care in operating and emergency rooms, as well as intensive and critical care settings.

BCI®

The Advisor® Vital Signs Monitor

It offers flexibility in multi-parameter monitoring. Core parameters and a host of options allow the monitor to be tailored to patients’ needs, neonate to adult. Combine the intuitive interface, integrated carrying handle and high-resolution display with the optional rechargeable battery and dual trace printer to create a highly versatile monitoring solution. Advisor ® is a trademark of Smiths Medical. The symbol ® indicates the trademark is registered in the U.S. Patent and Trademark Office and certain other countries. All other names and marks mentioned are the trade names, trademarks or service marks of their respective owners.

BCI®

Capnocheck® Plus Sleep Carbon Dioxide Detector

This stand-alone, bedside or transport capnograph incorporates sidestream technology for applications with both intubated and non-intubated patients. Waveforms and numeric values are easily viewed at all angles, and data can be stored and recalled with either on-screen trends, a printer, or personal computer.

BCI® 

The Digit® Finger Oximeter

It delivers fast, reliable oximetry in an extremely handy, pocketsize solution by combining the monitor and sensor into one unit. While it’s small in size, Digit® is big on performance, providing SpO2, pulse rate and pulse strength measurements on patients from pediatric to adult. This affordable, non-invasive device offers the convenience clinicians appreciate in EMS, hospital or clinical environments, as well as home use.

BCI®

SPECTRO2™ Pulse Oximeter

Portable pulse oximetry monitoring system compatible with personal computers or commercially available printers. Extremely rugged and cost-effective.

BCI®

Autocorr® Digital Pulse Oximeter

Autocorr® Digital Pulse Oximeter’s patented Serial Autocorrelation (SAC) technology provides reliable readings even in the most challenging situations such as those where motion artifact is present and with patients having low perfusion. This accurate, cost effective technology is readily adaptable to clinical, home and sleep study environments.