The DrySyn Spiral Evaporator from Asynt is enabling the Cresswell Group within the Department of Chemistry at the University of Bath (UK) to improve and streamline many aspects of their synthetic organic methods development.
The DrySyn ChilliBlock from Asynt allows you to undertake sensitive biological assays in a temperature-controlled manor, vastly reducing the risk of expensive biological samples, reagents or enzymes degrading due to adverse temperature conditions.
The DrySyn OCTO Mini reaction station from Asynt is enabling researchers to optimise and expand the applications of HydRegen – an innovative, heterogeneous biocatalytic hydrogenation technology currently under development within the group of Prof. Kylie Vincent at the University of Oxford (UK).
Asynt reports upon a new scientific evaluation of their Condensyn waterless condenser by the Technological University Dublin (TU Dublin) in the key areas of performance versus Liebig water condensers, water savings potential and flood prevention.
Asynt announces the DrySyn Multi-M high temperature adapter – a unique product that enables scientists to undertake parallel reactions that require solution temperatures of over 400°C.
Asynt announce the launch of the Multicell PLUS – a high pressure parallel reactor system with a wide choice of configurations for optimised screening of chemical reactions.
The DrySyn SnowStorm range from Asynt offers an attractive solution for scientists looking to undertake low temperature chemical reactions and studies.
Asynt announces their exciting new flow-chemistry platform, the fReactor, an affordable device created to bring the many advantages of flow chemistry to your laboratory through easy-to-use, flexible and intuitive design.
Asynt announces the DrySyn UNO Base – a versatile entry-level reactor flask heating system with heat resistant handle making it the perfect way to conduct safe experiments in academic teaching and research labs.
Asynt has introduced the DrySyn OCTO Mini Conversion Kit to enable chemists to efficiently sample reactions performed using their DrySyn OCTO 8-position parallel synthesiser.
