Improving the productivity of your chemistry

14 Nov 2007
Kerry Parker
CEO

Radleys has announced publication of Volume 4 of its popular International Product Guide – 'Innovations for Parallel Chemistry.'

Radleys is the market leader for affordable personal chemistry tools, offering an unrivalled range of productive, high performance parallel synthesis, work-up, purification and evaporation systems. With over 8,000 systems installed worldwide, Radleys have a proven track record of enhancing the productivity of chemists from industry to academia. The true innovation of Radleys products is their simplicity, which not only makes them easy to use – but also reduces maintenance and repairs to virtually zero – ensuring a long and productive life.

Designed to provide chemists with a single source of technical product information the 20-page guide introduces new products including the third generation Carousel Stirring Hotplate, the Heat-On™ Block system, the Carousel Work-Up station and the Greenhouse Work-Up station. The new guide also details a wide range of additions and enhancements to Radleys' favourites including the Starfish Multi-experiment workstation, Lara Controlled Laboratory Reactor systems, Metz Syn Reaction Stations, GreenHouse Blowdown evaporator and the world's most popular personal parallel chemistry synthesisers – the Carousel Reaction station family.

To assist chemists to select the most appropriate Carousel or Greenhouse system for heated or sub-ambient operation, stirring viscous materials, scale-up, scale-down, process optimisation, work-up and evaporation a new product integration map is included. Radleys parallel chemistry product range allows full integration between synthesis, work-up and evaporation systems – helping to reduce post-synthesis bottlenecks. Also new for Volume 4 is a chart offering an easy pictorial guide enabling chemists to simply choose the Radleys product that has the optimum volume range for their reaction (0.5 ml - 5000 ml).

To receive a free copy of 'Innovations for Parallel Chemistry - Volume 4' please contact Radleys on telephone or download a PDF copy by following the Article Webpage.

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