Automated pH and Temperature Control
This case study describes avoiding impurity formation with automated pH and temperature control.
This video highlights the benefits of automating temperature-controlled dosing to avoid deviations from set-point temperature.
Temperature control and monitoring is imperative for accurately predicting the scale-up of chemical processes. Also, in biochemistry, temperature control is critical to avoiding denaturing or damage to the product. Easy Control Box (ECB) and Automated Lab Reactors (EasyMax, OptiMax, and RX-10) connect to sensors and pumps so that you can pre-program and monitor dosing right from the touchscreen to automated temperature-control.
ECB connects to existing laboratory equipment including:
- Harvard/KDS Syringe Pump (limited control with TTL interface)
- Peristaltic Pump, including Watson-Marlow
- Diaphragm Pump, including KNF SimDos, Prominent
- Pt100 Temperature Probe
Applications with pH measuring and controlling pH opens opportunities for more applications. Precise and automated pH control enables:
- Catalytic Reactions
- Bio-Reactions
- Enzymatic Reactions
- Measurement of Reaction Kinetics and Conversion
View the video now to learn more about the advantages of using automated temperature-controlled dosing to avoid deviations from set-point temperature.
Interested in automated temperature-controlled dosing?
More Automated Temperature-Controlled Dosing Knowledge Materials
Automate Gravimetric Dosing Control
Automate gravimetric dosing control with Automated Laboratory Reactors to speed chemical process development.
Easy Control Box (ECB)
Easy Control Box (ECB): Connect any sensor, pump and balance to Automated Laboratory Reactors, including EasyMax, OptiMax, and RX-10.
