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Hamilton CO2 Sensors

Hamilton CO2 Sensors
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Solid-State Optical CO2 Sensors

Increase Yield and Consistency New research shows that active control of dissolved CO in bioproduction increases product yield and improves consistency of process scale-up and scale-down. Traditional electrochemical sensors indirectly measure DCO2, are maintenance intensive, and are prone to measurement drift. CO2NTROL is a Solid State Sensor that directly measures DCO2 and provides maintenance free, real-time, and in-line control of this new critical process parameter. AUTOMATED CONTROL OF DCO2 ENABLES: Increased Titer Increased Product Titer Reproducibility Better Batch-to-Batch...

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MAINTENANCE-FREE SOLID-STATE Direct vs. Indirect Streamlined Workflow Traditional electrochemical sensors measure DCO2 based on the Severinghaus principle. This indirect measurement method combines the challenges of measuring pH and electrochemical DO into one sensor. The result is significant maintenance effort and multiple sources of drift that must be compensated by time-consuming product calibration. Hamilton’s CO2NTROL is a maintenance free, solid-state sensor that directly measures DCO2 resulting in better measurement accuracy and lower cost of ownership. The CO2NTROL development team...

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Seamless control of all Arc products from a PC or mobile device. CO2NTROL pairs with the newest ArcAir software to automatically store all sensor activities, diagnostic data, and health indicators throughout the life of the sensor. ArcAir is ready for GMP with Part 11 and Annex 11 compliance. CO2NTROL is the newest member to Hamilton’s Arc Intelligent Sensor line. Embedded electronics convert the MIR CO2 measurement into standard digital and analog signals that are easily integrated into your control strategy. WIRELESS CONNECTIVITYINTEGRATED INTELLIGENCE An optional Bluetooth adapter and...

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