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In a world seeking ever more efficient and safer methods for laboratory and production, microreactors offer groundbreaking approaches.
In contrast to batch processes, flow chemistry offers greater safety, efficiency, scalability, sustainability and reproducibility through precise control of key process parameters such as temperature, pressure and flow rate. Because reactions take place in small volumes, the risk of hazardous incidents (e.g., explosions) is reduced.
In addition, flow processes can be easily scaled by parallelizing reactors without the need for complex process adjustments. This is done either by "numbering up", i.e. multiplying identical reactor modules, or by "scaling up", i.e. using larger reactors with adapted flow rates.
From initial lab experiments to production, process transfer has never been easier or more efficient. Our modular system adapts to your individual needs.
The combination of our laboratory automation systems with the modular microreaction system (MMRS) or the high performance reactors and heat exchangers (Miprowa) from Ehrfeld Mikrotechnik really brings out the advantages of microreactors:
Together with our partner Ehrfeld Mikrotechnik, we offer complete solutions tailored to your specific needs. From the first prototype to high-performance equipment for industrial production, we are with you every step of the way.
Areas of application:
Do you have questions or need more information? Write to us for a personalized consultation!
| Materials | Stainless steel, Hastelloy | |
| Process parameters | Temperature range: -20°C - 200°C Pressure range: 100 bar max. Flow rates: 0.01 - 30 l/h | |
Control & automation | Hardware: LabBox & LabManager |
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Software: LabVision software. |
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| Capacity & scalability | Reactor capacity: flexible depending on application Scalability: laboratory to production scale | |
| Security & compliance data | Safety standards: ATEX, FDA, GMP, ISO Emergency management: venting systems, pressure relief valves Chemical compatibility: Aggressive, toxic, explosive media | |
