4 independent zones -30 to 180 °C 2 ml to 400 ml Magnetic & overhead stirring Automation & data-logging Control 3rd party devices One of the best user friendly reactors available in different scales for rapid reaction screening and optimizationAbhishek Shrikant, Syngene International Ideal for a wide range of applicationsProcess development Design of Experiment (DoE) Scale up Route scouting Polymorph screening Biopharma research Reaction optimisation Lead optimisation Crystallisation studies Reagent, catalyst & solvent screening Key features Technical information Videos Downloadable resources Case studies Blog Temperature range Block temperature range -30 °C to +180 °C. Solution temperature range at least -20 °C to +150 °C. Independent control of each zone. Block or solution control Wide range of vessels 2 ml to 400 ml. Vials, tubes, round bottom flasks and straight sided process vessels Mya Compact Stirrer Powerful, high-torque overhead stirring. Tool-free attachment. Stirs from 100 to 1000 rpm. Control each position independently Minimal zone cross-talk Up to 200 °C difference between adjacent zones thanks to high performance insulation. Ideal for multi-user work and multiple projects Cool to -25 °C with tap water Powerful Peltier technology provides rapid cooling. No need for a separate chiller Magnetic stirring as standard Control each position independently from 100 to 1000 rpm Reflux or Manifold Head For efficient refluxing and distribution of inert gas. Reflux Head is water-cooled and used with reflux tubes. Manifold Head distributes water for glass condensers Touch-screen Control Pad Supplied as standard. Intuitive and easy to use. Use manual control or set automated profiles Optional PC Control Software Integrate and control 3rd party devices such as pumps, balances and pH sensors Excellent visibility Easily view your vessel contents Space saving Compact benchtop footprint. Less space than 4 separate reaction set-ups Single or multi-user operation Control heating/cooling and stirring of each zone independently 4 independently controlled reaction zones Use 1, 2, 3 or 4 zones Operate zones in parallel or individually by multiple users Precise temperature control Temperature range from -30 °C to +180 °C (block temperature) Providing a solution temperature of at least -20 °C to +150 °C Up to 200 °C difference between adjacent positions Control the temperature of each zone independently Choose to control by block (internal) or solution temperature Use Mya 4 with or without a chiller Mya 4 uses powerful Peltier technology to provide rapid cooling to -30 ˚C Peltier cells require tap or chilled water to dissipate heat Peltier cooling source Tap water at 15 °C Chilled water at 5 °C Minimum block temperature (internal probe) -25 °C -30 °C Minimum solution temperature (external probe) -20 °C -25 °C Magnetic or optional overhead stirring Integrated magnetic stirring – from 100 to 1000 rpm Optional overhead stirring – from 100 to 1000 rpm Control the stirring speed of each position independently Use magnetic or overhead stirring in adjacent zones Streamlining Chemical Synthesis DoE for Successful Process Development Find Out More Mya 4 Reaction Station Brochure Find Out More Crystallisation in pharmaceutical processes Find Out More Mya 4 Reaction Station Instructions Find Out More Radleys International Product Guide Find Out More Mya 4 Component Catalogue Brochure Find Out More Mya 4 Technical Specifications Find Out More Mya 4 & AVA 2.1.1 Software Release Notes Find Out More Charnwood Molecular use Mya 4 for rapid screening in Buchwald-Hartwig Amination Find Out More Mya 4 Reaction Station brings multiple benefits to MRC Find Out More Mya 4 enables projects which Purolite could not do before Find Out More Mya 4 increased accuracy, productivity and improved reactions at UNSW Find Out More Mya 4 is providing reliable results to Johnson Matthey Find Out More Mya 4 performs crystallisation studies, from screening to small scale Find Out More Flexibility, improved efficiency and space saving – Mya 4 Find Out More Understanding and overcoming the challenges in chemical synthesis at a global CDMO Find Out More Dr Keren Abecassis takes us on a tour through Mya 4 Reaction Station Find Out More Mya 4 – our most innovative reaction station is now available – and it’s inspired by you! Find Out More Manifold or Reflux head Water-cooled Distribute gas for inerting Manifold head: Distributes water for individual condensers With non-return shut-off valves Reflux head: Cools the outside of reflux tubes Efficient refluxing in a simple set-up Magnetic or optional overhead stirring Integrated magnetic stirring – from 100 to 1000 rpm Optional overhead stirring with Mya Compact Stirrer Powerful, high torque motor Stirs from 100 to 1000 rpm Tool-free attachment Control the stirring speed of each position independently Use magnetic or overhead stirring in adjacent zones Wide selection of vessel styles and volumesVials, tubes, round bottom flasks and process vessels from 2 to 400 ml Vials and tubes from 2 to 20 ml Round bottom flasks (from the Carousel 6 Plus range) from 25 to 250 ml Process reaction vessels from 50 to 400 ml Multi-neck glass lids – 3 or 5-neck Accessory Glassware More info Software control and data loggingChoice of touch-screen Control Pad and PC Control Software. Run experiments in manual or profile mode. Easily repeat profiles. Export CSV data. Touch-screen Control Pad – supplied as standard Optional PC Control Software – to integrate and control 3rd party devices More info How to configure your Mya 4 system Book an online demo with an expert View calendar & book Mya 4 Options & Accessories Mya 4 Control options Find Out More Mya 4 vessels and accessories Find Out More Blaze PAT probes Find Out More View all products Webinar: Consistent Scaling UpScaling up chemical reactions can present a number of challenges with respect to efficient mixing, mass transfer, controlling exothermic reactions, heat transfer and reaction kinetics. In this webinar we discussed some simple guidelines which apply when scaling chemical reactions up or scaling down to predict or reproduce conditions observed in the larger scale manufacturing environment. Watch the webinar Blog: Understanding and overcoming the challenges in chemical synthesis at a global CDMOAndrew Kennedy and Jono West from Sai Life Sciences are interviewed about the work they do and how they utilise Radleys equipment in order to understand and overcome chemical synthesis challenges. Read the article Webinar: Beyond the White Paper - How Purolite improved their process development with Mya 4 Based on a white paper on the same topic, Dr Patrick Gilbert from Purolite explains how his R&D group greatly improved their small-scale Process development and DoE work. Data-led, this case study presentation shows you how this was achieved. Watch webinar on demand Webinar: Streamline your process development toolkitWhen choosing the kit you will use for your Process R&D chemistry, there are many considerations to be made. If you’re currently using hotplates, ice baths and jacketed reactors for your small-scale Process R&D chemistry, how could you consolidate this work with a single piece of equipment? In this webinar we discuss the most common needs for process chemistry and introduce the Mya 4 Reaction station for screening reactions to small scale Design of Experiment. Watch webinar on demand