AM Technology

Unlocking the future of chemical production is easy with AM Technology! The Coflore reactor range was designed to deliver a robust, efficient platform for all types of chemical processes, from lab to pilot and production! While flow chemistry provides significant advantages in terms of safety, scalability, and efficiency, our reactors are chosen because of the development work put into the unbeatable mixing and slurry handling capabilities of each Coflore reactor. We ensure consistent, high-quality reactions every time. Backed by expert application knowledge, Coflore reactors are the ideal solution for scalable and flexible chemical processes. Discover the power of innovation, check out the slurry handling in the Coflore ATR tube below ⤵️ #chemicalreaction #flowchemistry #continuousflow

Custom vs. Modular Fabrication… Which is right for you? 🤔 If you’re looking to tailor flow chemistry principles for your specific needs, then a custom project is ideal. If you’re looking for a cost-effective, scalable and pre-engineered set-up, then modular fabrication will suit. There are advantages of both options, which is right for you will depend on your current and future production requirements. Get in touch with our Flow Chemists to kick-start your journey with flow! Let’s chat! 💬 sales@amt.uk #continuousflow #bespokeproject #chemicalmanufacturing

🚀 Combined Cooling-Antisolvent Crystallisation of Drug Substances... Purdue University conducted a study which leveraged the Coflore Agitated Cell Reactor (ACR) as their researchers explored methods for enhancing the efficiency and effectiveness of drug crystallisation processes. The team significantly improved drug purity and yield by integrating the cooling and antisolvent crystallisation processes within the Coflore ACR. The ACR successfully combined these two crystallisation techniques into a singular continuous reaction stream, through efficient mixing and precise control. Through better reaction control, the drug development and discovery industry can speed up the production of higher-quality crystals. 📄 Read the full publication, and others, here https://lnkd.in/ecTmQF9n #pharmaceuticalmanufacturing #RandD #drugdevelopment

Welcome to AM Technology! 🟢 ✅ ⚫ Home of the Coflore flow reactor range, as well as an expansive portfolio of engineering, mechanical and chemistry services, we are the manufacturers of various global continuous flow chemical plants. Fine chemical and pharmaceutical manufacturers walk through our doors to see their pilot plants come to life in our R&D labs. Meanwhile, various institutes across the research industry work alongside our team to develop further capabilities of flow in both benchtop reactions and multi-tonne production plants. We regularly travel the globe, offering market-leading insight into the versatility and flexibility of continuous processes, helping others harness the power of flow! Our UK-based head offices and R&D labs are always open to new and old faces. Find out more about us here > https://lnkd.in/eaSdNkRM #flowchemistry #finechemical #pharmaceuticalindustry

Check out the Coflore RTR, without its enclosure, below: The Coflore RTR is our largest volume flow reactor, which can be integrated into a multi-tonne production line, boasting the capability of processing up to 100L of reagent materials for consistent product output without interruption. The reactor employs inertia-generated radial mixing. This means mixing performance isn’t reliant on rotating drive shafts, mechanical seals or wall-mounted baffles, this approach overcomes challenges experienced with other reactor models. Are you looking to achieve uninterrupted flow in your manufacturing facility? Explore the Coflore RTR in more detail here > https://lnkd.in/ea3UxD3k #continuousflow #flowreactor #processmanufacturing

It’s believed that batch processing remains the standard within the fine chemical and pharmaceutical industries. Batch chemistry is a well-established process of a one-time reaction in a closed vessel, followed by reset. The well-known protocols and techniques associated with batch means that it is a go-to choice for manufacturing, it is also flexible to work with various reactions and productive in the quantities it can handle. Flow chemistry is a growing approach where the reaction is continuous, with constant input and output. The reaction in flow is isolated and continuous, this means that the reactor vessel is smaller, more controlled and inherently safer than batch. Safety and control bring productivity, consistency and efficiency. Pair these with the capability of handling production-scale volumes, and flow brings more benefits than batch! Ready to transition? Get in touch with us > https://lnkd.in/ejMXsv8h #batchchemistry #flowchemistry #chemicalindustry

Simply put, flow chemistry brings versatility, productivity and efficiency to manufacturing. The method of production unlocks new control over reaction parameters, including heat transfer, mixing, residence time and more. From this, the reactions that were once labour-intensive, unsafe and inconsistent in product quality are improved all around. Flow chemistry is important because it allows various sectors to perform potentially hazardous reactions, safely. This is a great baseline for optimisation since more control offers both a safer process and can allow for improved product quality, both of which are two factors manufacturers want to maintain during scale-up. Find out more about which sectors are turning to flow chemistry 👉 https://lnkd.in/dXDzbQYG #greenchemistry #chemicalmanufacturing #pharmaceuticalmanufacturing

This week we’re going back to basics with the who, what, where, when and why of flow chemistry. To start, what is flow chemistry? 🤨 Flow chemistry, also known as continuous flow chemistry, is the method of conducting chemical reactions in a continuously flowing stream. The key principle is that the starting materials enter a flow reactor at the same rate that the product exits, resulting in a seamless process. 🔄 Essentially, the reactors operate at a "steady state” to produce material continuously and indefinitely without interruption. Steady state in this context refers to the constant reaction conditions, allowing a process to produce material continuously and indefinitely, without interruption. Discover more about the principles of flow chemistry here ▶️ https://lnkd.in/e3um_jr6 #flowchemistry #continuousmanufacturing #flowtechnology

It’s been a busy month here at AM Technology! In the last four weeks we’ve crossed off: ✅ CPI24 - Mumbai ✅ GCCE 2024 – Cape Town ✅ Flow Chemistry India 2024 - Goa ✅ Flow Chemistry & Automation Workshop – Netherlands We showcased our latest work which focuses on the versatility of flow chemistry for heterogeneous hydrogenation reactions. This innovative method for performing catalytic hydrogenations in a continuous process offers several advantages over batch. From improved control, increased safety and impressive scalability, the chemical manufacturing and pharmaceutical manufacturing sectors are revolutionising their production methods. Watch this space to find out more about our continuous hydrogenation project! 👀 Thanks to all the exhibition organisers for having us! #eventattendance #CPI24

What a week we've had in Goa for Flow Chemistry India 2024 alongside PI - Process intensification Expert LLP and AUTICHEM LTD! We'd like to thank Glostem and the Flow Chemistry Society for arranging this fantastic event. We've been a part of a hub of innovation, all dedicated to flow chemistry, as collectively, we aim for its integration into everyday practice worldwide. As a gold sponsor, our team were invited to discuss some of the latest advancements in continuous manufacturing. We've had a great time, until next time 😎 #flowchemistry #continuousflow #meettheteam