Expert: when 1+1 is not 2
More out of your devices
- Profit from the new functionalities that are created by combining existing devices. As an example a pH sensor and two pumps are combined to create a pH controller.
- Let device combinations, aka Expert solutions, work together to automate your process. Now available: automated mixing and pH control, automated dosing, automated mixing of different liquids, cascaded mixing, stirrer tank reactor.
- Monitor and control device combinations from the OSPIN App, anytime, anywhere.
Automated mixing and pH control
This Expert solution allows you to automatically mix a solution in a reactor vessel and to control its temperature and pH. Two pumps are connected to reservoirs of acidic and basic solution and the measured pH value is compared with the pH limits set by you. If the measured pH value is found to be outside the limits, the corresponding pump is activated to bring the pH-level in the reaction vessel back to the target range.
Automated dosing
This Expert solution allows you to dose solutions reliably, accurately, and automatically. You set the amount of solution you want to have in your vessel and the pump dispense it automatically by getting constant feedback from the scale: when the target amount is reached, the pump stops.
Automated mixing of different liquids
This Expert solution automates the mixing process of different liquids by weight.To pump a specific liquid into the mixing vessel, the associated pinch valve is opened and the pumping begins. Once the target weight is reached, the pump then reverses the pumping direction to purge the tubing of the liquid just pumped back into its vessel. This way the dead volume is minimized and only the target mass of liquid is dispensed into the mixing vessel.
Cascaded mixing
With this solution your can create different reaction products that then automatically get transported to the next mixing station where there are to be reacted again. By using a combination of magnetic stirrers and overhead stirrers, the specific needs of different reactions are met.
Stirred tank reactor
With this combination of devices a closed reactor system is realized. A pH sensor and two dedicated pumps control the pH value in the vessel, while the temperature is controlled through a water bath and a temperature sensor. A third pump fills and empties the system; an overhead stirrer agitate the solution in the vessel.
Depending on the type of reactor glassware that is chosen, more sensors can be added, e.g. biomass or conductivity.
