Welch Allyn Braun ThermoScan PRO 6000 Ear Thermometer with Small Cradle

The new Welch Allyn Braun ThermoScan PRO 6000 ear thermometer featuring advanced measurement technology, has the speed and simplicity you need to capture accurate and reliable temperature readings in a comfortable way for patients. The Braun PRO 6000 advantage lies in the innovative PerfecTemp technology, which overcomes the potential for low readings compared to core, by adjusting for factors that impact measurement accuracy. The sleek design is easy to disinfect and upgraded security features help protect and maximize your investment. Memory recall button and 60-second pulse timer are added features to support staff efficiency and help improve workflow.

• Innovative PerfecTemp technology adjusts for variability in probe placement
• ExacTemp technology detects stability of the probe during measurement
• Designed to take quick and accurate readings, to improve patient and staff satisfaction
• 60 second pulse timer assists with manual measurement of pulse rate, respiration
• Electronic and mechanical security features help prevent theft, loss
• Probe covers are soft-walled for added comfort, and disposable to help minimize risk of cross-contamination
• Pre-warmed probe tip enhances patient comfort during reading
• Pre-warmed sensor helps support accurate measurements
• Designed with plastics compatible with common medical-grade cleaning products
• Memory recall button displays last measurement taken
• C/F button for quick scale conversion of displayed reading
• Small cradles for probe cover storage that pop-up for easy attachment
• Uses the Braun Pro 6000 Probe Covers (06000-005)
• Manufacturer: Welch Allyn
• Available Versions
  • Braun PRO 6000, w/Small Cradle (holds 1 box of probe covers)

PerfecTemp Technology-The Braun PRO 6000 Advantage

PerfecTemp technology helps overcome challenges presented by ear canal anatomy and variability in probe placement. The thermometer collects information about the direction and depth of ear probe placement and automatically incorporates it into the temperature calculation. This helps support the accuracy of measurement as compared to core temperature, especially when probe positioning is not ideal.