The K-Series is a microreactor platform which offers unparalleled performance across for the synthesis of the nanomaterials from lab to manufacture.
Our K-Series continuous-flow reactors make it easy to scale nanomaterial products with unmatched precision and reproducibility. Whether you’re producing grams for R&D or scaling to hundreds of kilograms per day, the K-Series ensures consistent quality and efficiency at every step.
Based on continuous flow and high shear mixing principles the uniquely designed triple tube reactors generate high quality and quantity nanomaterials of the required shape & and size.
AMLearn integrates automation and artificial intelligence to accelerate R&D. Our powerful iterative system to design and optimise lab and process development.
Scaling up nanoparticle synthesis reactors presents a unique challenge beyond simply increasing volume. As reactor size grows, it becomes increasingly difficult to maintain the same precise flow behaviour and mixing conditions achieved at a smaller scale. Our unique flow distribution ensures consistent flows across the reactors, allowing customer to scale with confidence.
Designed for laboratory R&D environments our K1 system is compact, flexible and easy to use. Our K1 models include:
Scale directly from the K1 to the K10, our pilot plant system for up to 10 kg per day production. With a similar footprint to the K1 and an affordable price point, the K10 gives users the ability to instantly scale 10x after a product has been developed on the K1.
The K10 is currently built-to-order, and is available for trials and contract manufacturing projects.
Our production system for up to 100 kg per day production, consisting of parallel K10 reactors. With 100x the capacity of the K1, the K100 provides the capability to instantly scale advanced materials to industrial production.
The K100 is currently built-to-order, and is currently available for trials and contract manufacturing projects.
Need even higher capacities? AM provides solutions using parallel processing to flexibly scale to larger volumes. Contact us to learn more.
