Can top-quality emulsions consisting of several multi-phase components be produced on a mg, g or kg scale? Flexible oil and aqueous phase may be mixed with each other using the construction shown
below.

Do you wish to work with melts? No problem, because this laboratory plant can also be fitted both with a heating device and with supply lines and pumps. As a result excellent mixtures can be produced which can be easily further processed or analysed.

The micro-reactor system shown on the right has two mixer stage for the production of complex emulsions. It is suited for continuous emulsifying up to +80 °C, whereby melts or soluble materials at a higher temperature can also be processed. For this the base plate is fitted with an electrical base plate heating device. The system may be expanded as desired using additional functional modules of the MMRS.

Never before have you been able to carry out tests so simply and so quickly which in the past were not manageable or hardly controllable using conventional equipment. Using the Miprowa^® Lab laboratory reactor, you can measure temperatures at high sampling rates at various parts of the reaction process and also add additional materials to the two liquid reactants to, for example, carry out a quenching process. You would also like to vary the dwell time and other parameters such as pressure to gain a better knowledge of your process? This flexible construction may be put together from modules and the reaction quantities may be adjusted. Miprowa^® Lab may be used as an interface module together with micro equipment for process optimisation on a laboratory scale. Following this scale-up is carried out using an analogue channel design, that is to say with the same or similar dimensions of the rectangular flow channels, thus under the same process conditions as in the production scale. Miprowa^® apparatus technology is distinguished by a high surface-to-volume ratio of the flow channels, continuous blending of the process flow and its flexibly modifiable apparatus design.

Automated micro-reactor system with flexible regulation and measurement of the reaction temperature. It is suited for continuous synthesis in liquid-liquid (both homogenous and also inhomogenous) and gaseous-liquid reaction mixtures in a temperature range of -20 to +200 °C. The system may be expanded as desired using additional functional modules of the MMRS.

A system will be shown in our third example with which demanding safety-related, multi-stage reactions can be carried out in a laboratory at low temperatures (≤-40 °C). Initially, the input materials are brought up to the desired reaction temperature, the mixing then takes place in a temperable micro-mixer and after this there are two dwell reactors which enable a constant mixing of the reaction flow during the reaction. After conclusion of the first reaction stage a sold-content solution is able to be produced with the aid of a special mixer which is then able to continue to react in the third reactor. Such a laboratory set-up provides you with the freedom to efficiently carry out highly demanding reactions under controllable and reproducible conditions. In a very short time you receive various data (p, T, etc.) which enable you to retain an overview of your process and to divide the planning of the scale-up into early, non-critical and phases of the product development and optimisation which are not as yet cost-intensive. Such a compact laboratory plant is of course also suitable for GMP small-volume production.

Automated micro-reactor system with two reaction stages. Suited for continuous synthesis in liquid-liquid (both homogenous and also inhomogenous) and gaseous-liquid reaction mixtures in a temperature range of -45 to +200 °C.

The system is designed for lithiation reactions in which particles could also precipitade in the second stage. Other reactions may be also carried out here, particularly if longer dwell times (of up to 10 minutes) are required. The system may be expanded as desired using additional functional modules of the MMRS.