Welch Allyn Pro 6000 Thermoscan Ear Thermometer, Each Each
The 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. Utilising the most current and advanced tympanic thermometry technology, the PRO 6000 Thermoscan is the perfect choice for your clinic or practice. The 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.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Welch Allyn Pro 6000 Thermoscan Ear Thermometer, Each Each
Welch Allyn Pro 6000 Thermoscan Ear Thermometer, Each Each
The 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. Utilising the most current and advanced tympanic thermometry technology, the PRO 6000 Thermoscan is the perfect choice for your clinic or practice. The 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.
$126.91
Original: $362.60
-65%Welch Allyn Pro 6000 Thermoscan Ear Thermometer, Each Each—
$362.60
$126.91Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The 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. Utilising the most current and advanced tympanic thermometry technology, the PRO 6000 Thermoscan is the perfect choice for your clinic or practice. The 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.
