Urine Output and Core Temperature Monitoring
Bard® CritiCore® Monitor is a critical fluid output and core bladder temperature monitor for use on critical care patients in the ER, OR, and in the ICU. The Bard® CritiCore® System consist of electronic monitoring devices and their related disposables for the accurate measurement of core body temperature and urine output. This system simplifies traditional procedures and minimizes invasive measurement techniques. Accuracy and ease of obtaining data are also enhanced with these unique devices.
Bard® CritiCore® Monitors have been proven cost effective in the clinical setting. The expense of other invasive temperature probes is eliminated. In addition, the cost of gloves and other disposable supplies associated with conventional measurement of urine output and core temperature is minimized. Furthermore, charting time is significantly reduced affording the nurse greater opportunies to provide direct patient care.
Use of Bard® CritiCore® System enhances patient care via more accurate recording of critical physiologic parameters. The risk of infection is reduced through the use of Bardex® I.C. Foley catheters or Lubricath® Foley catheter preconnected with the Bard® Tamper-Evident Seal to a collection container in a closed system. Significantly, patient dignity is preserved through the elimination of other types of invasive temperature probes.
Clinicians find that reduced contact with patient fluids through use of the Bard® CritiCore® System is highly beneficial. In addition, the precise recording of critical patient parameters afforded by the Bard® CritiCore® System is significant both as a means for documenting care and aiding in the early detection of changing patient conditions. Furthermore, the Bard® CritiCore® monitor via the CritiCore® Communications Module may be connected to a hospital's Clinical Information System for paperless vital signs management.
The Bard® CritiCore® System replaces traditional tasks with state-of-the-art instrumentation that provides convenient, cost-effective improvements in critical patient monitoring.
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