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DO Sensors
DO Sensors VP 120 N/A 12mm
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Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 225 N/A 12mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 325 N/A 12mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 325 Safety 12mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 325 Safety 25mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 325 Standard 12mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 325 Standard 25mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
DO Sensors VP 425 N/A 12mm
image:
Description:
DO Sensors
The TruDO™ family of rebuildable dissolved oxygen sensors is designed
for superior performance, greater repeatability and improved reliability
in bioprocess applications such as cell culture and fermentation.
