Compared to microparticles, nano silver reduces the sintering temperature which increases application flexibility and protects temperature sensitive components during manufacturing. AM's platform produces spherical, cubic-phase Ag in the 1–100 nm range, directly relevant to conductive inks/pastes and technically applicable to sinter formulations.
Continuous Flow Reactor for Automated Nanoparticle Synthesis The K1 Pro is a benchtop continuous flow reactor that produces nanomaterials in seconds. With four reagent lines, automated cleaning between runs, and AI-assisted optimisation, it lets R&D teams generate 10+ samples a day and scale the winning process to 100 kg/day without re-optimising. Why choose the K1 Pro for nanoparticle synthesis Conventional nanoparticle synthesis campaigns take years, with each experiment requiring hours to days in a laboratory. With the K1 system, users can: Four pumps, more ambitious chemistry Run reactions with more than two reagents, so nanoparticle syntheses that stall on simpler systems are within reach. In-line quenching and tip cleaning On two-reagent reactions, the spare pumps quench the product stream and clean the reactor tip automatically, preventing fouling between runs. Automatic cleaning and rinsing between reactions Automated selector valves prime, rinse and flush the system between every run, removing manual steps. Automatic reagent switching during optimisation The valves swap reagents mid-campaign, so solvents can run unattended rather than needing an operator at the bench. In-line, adjustable dilution Four pumps dilute reagents in line, permitting autonomous concentration optimisation. What’s included Your K1 Pro with chosen reactor configuration: 1 year of customer service including remote installation, training and troubleshooting, 1 year equipment warranty, 1-year AMLearn subscription. AM K1 Pro Specifications at a glance - Dosing: Continuous Low Pulsation Pumping, Automated Valves - Product Collection: None - Max Number of Reagents: 4 - Automation Level: Continuous Dispensing, Autonomous Reaction & Cleaning - Use Cases: Multi Sample Synthesis - Sensors: Pressure The 2T handles single-step, two-reagent reactions. The 3T adds a third reagent with automated quenching and tip cleaning. The 4T supports four reagents or automated, simultaneous quenching and cleaning. AMLearn AI-driven optimisation, no coding required Every K1 Pro ships with AMLearn, our operating system for equipment control, automation and machine learning. Dash Precision dosing control, scheduled workflows, real-time process monitoring, and recipe import/export with detailed reporting. Optima Code-free AI optimisation that predicts optimal reaction conditions and balances competing objectives through a graphical interface.
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An Operating System for Self Driving Experimentation AMLearn is a next generation subscription based software that integrates automation and artificial intelligence to make R&D faster than ever. By combining AM’s Modular Automation Architecture with Adaptive Machine Learning, AMLearn streamlines everything from data analysis, nanoparticle analysis and visualisation instrument control and integration, data driven predictive experimentation and control in R&D. In addition to driving AM’s K-series reactor systems, AMLearn can also be integrated with 3rd party systems. Advantages of Laboratory Automation Benefits Building a fully autonomous lab can take years of expertise and millions in investment. AMLearn makes it easy to design, execute, and optimize experiments. Unlock endless optimization while keeping your R&D safe and under your control. Predictive Analytics Create models and generate predictive insights Flexiblity Orchestrate a wide range of equipment, from reactors to analytical instruments Security Securely store confidential data on a local desktop No code/low code User-friendly, code-free graphical interface to design and execute AI-driven optimization protocols without the need for coding expertise Capabilities Whether it is a closed-loop flow chemistry system for pharmaceutical process development or a semi-automated workflow for nanoparticle synthesis, AMLearn is a lab automation solution that can do it all. Lab Automation Software Features In AMLearn’s app-driven environment, users can access a range of different capabilities. Dash: A Dashboard for Everything - A system monitor to view the status of devices and routines in real-time - Direct access to device functions and properties - Start, stop and schedule tasks Optima: A Wizard for Self Driving Laboratories - A code-free interface to develop customizable laboratory workflow automations - Model generated insights for understanding complex phenomena - A toolkit for predicting experimental outcomes and input conditions Get Started with AMLearn Contact us today to request more information, a quote or a demonstration.
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The annular microreactor uses a unique, high-velocity gas and liquid flow to synthesize nanoparticles. It forces liquids into a thin film with high shear force, providing exceptional mixing and control over nanoparticle properties. By controlling nanoscale phenomena of hydrodynamic assembly, this reactor enables users to precisely manipulate particle size and shape just by flowrate control. This approach also prevents clogging, allowing for continuous and scalable production, unlike costly and inconsistent batch methods. This core technology is a key component of the Accelerated Materials platform for faster materials discovery and process scaleability. The Annular Microreactor is a key component of AM's K-series reactors. Benefits: - Enhanced Control: The system offers superior control over nanoparticle characteristics compared to traditional batch methods. - Reproducibility: The precise flow conditions ensure consistent and reproducible results, which is critical for demanding applications. - Compact: Compared to conventional batch techniques, annular microreactors are up to 100x more space efficient, requiring a fraction of the volume needed, saving users precious lab and production space. - Scalability: The technology is designed for scaling up production by "numbering up", multiplying reactors rather than increasing their individual size. This is managed by a passive self-regulating distributor that ensures consistent flow across multiple units. - High-solids Compatibility: It can process high solids-content, viscous mixtures, a limitation for many other microfluidic systems.
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Designed for pilot testing, the K10 system is a scaled-up production platform that bridges the gap between laboratory research and commercial manufacturing. Producing up to 10kg of nanomaterials per day, the K10 demonstrates production capability at an industrially relevant scale, de-risking technology adoption and validating manufacturing readiness before advancing to tonne-level output. Benefits The K10 pilot-scale reactor produces up to 10 kg/day of nanomaterials, bridging laboratory R&D and commercial manufacturing. With the K10 users can: De-risk capital investment in scale-up Generate production-representative data Accelerate commercial readiness and revenue generation Capabilities The K10 maintains the precision synthesis capabilities of our K1 platform while scaling production to 10kg per day, a 10x increase in throughput. Using the same patented Annular Microreactor Technology. Features K10 Start: Same technology, same precision, larger scale - Industrial-grade design for continuous operation - Seamless technology transfer from K1
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