Flexible Microwave Synthesis system: flexiWAVE

FlexiWAVE microwave reactor allows chemists to perform classic glassware and high pressure synthesis, as well as solid-phase reactions.

flexiWAVE Advanced Flexible Microwave Synthesis Platform The new Milestone flexiWAVE overcomes the limitation of conventional microwave synthesis reactors, as it consists of a single microwave platform that, in combination with specific accessories, allows the chemists to perform classic glassware and high pressure synthesis, as well as solid-phase reactions. Play Video

Complete your reactions in minutes instead of hours! The Milestone flexiWAVE isn’t just flexible, it’s the most powerful system for high pressure and classic glassware synthesis on the market, thus offering functionality of first-class solid phase reactor. Milestone technical and application 30-year expertise offers guidelines to design and optimize synthetic protocols as well as scaling up to multi-gram production. Today flexiWAVE for microwave assisted synthesis has become a cutting-edge technology across the pharmaceutical, biotech, polymers, fine and agro-chemical industries, with thousands of units installed worldwide. List of advantages includes: Enhanced selectivity Improved yields Lower by-products formation and sample contamination Reduced energy consumption Reduced quantity of sample/chemicals (“atom economy”) Request a quote Questions Questions? Book Microwave Chemistry Microwave Chemistry describes the state-of-the-art of microwave (MW) technology and its applications in chemistry. Request a copy

Last generation, dedicated microwave platform While other manufacturers use molded plastic, Milestone uses 18/8 stainless steel construction throughout which creates the most durable, reliable, and safe microwave system available. Largest microwave cavity The flexiWAVE's microwave cavity has a volume in excess of 70 litres, by far the largest currently available. A large cavity allows the chemist to easily configure many different reactions setup in a very flexible environment. Starting from the classic synthesis glassware moving to high-pressure vessels working -alone or in parallel configuration, a large cavity is also fundamental to perform solid phase synthesis tasks. Best reaction control The most advanced yet easy to use reaction sensors enable the complete control of the reaction process. Temperature can be monitored by fiber optic and easyTEMP , the most advanced contactless temperature sensor for closed vessel technology. When performing parallel reactions, the easyTEMP sensor is used to control each and every vessel, and the actual temperature values are shown on the instrument control terminal, allowing an instant visual check of the reaction conditions. Highest microwav