Optimised Bespoke Glass Laboratory Reactors
Asynt reports on an increasing demand for bespoke glass laboratory reactor systems, optimised to meet the exact demands of an application or project.
Asynt reports on an increasing demand for bespoke glass laboratory reactor systems, optimised to meet the exact demands of an application or project.
Asynt announces the new DrySyn Spiral Evaporator – a compact system offering rapid concentration of even high boiling solvents such as DMSO, DMF or water, without the need to heat to high temperatures.
Asynt reports that it has supplied Redbrick Molecular Ltd (Sheffield, UK) with a wide range of synthetic organic chemistry equipment for its new environmentally responsible laboratory.
Asynt announces DrySyn UNO – a versatile new heating block system designed to enable chemists to perform heated and stirred experiments in single flasks and vials.
Asynt has introduced a new attractively priced starter kit based upon its DrySyn Classic heating blocks which are used in thousands of laboratories worldwide.
Asynt reports on an independent evaluation, from a leading UK university, detailing the performance of the CondenSyn MINI air condenser for safe use in their research and teaching laboratories.
Asynt has launched the DrySyn OCTO 8-position parallel synthesizer – a convenient, entry-level product for chemists wishing to conduct synthetic reactions under an inert atmosphere with temperature control, reflux and powerful magnetic stirring.
Leading multinational life sciences tools and diagnostics developer – QuantuMDx has invested in the Asynt professional range of non-ducted laboratory filtration and fume cabinets which sit directly on benchtop surfaces.
Asynt has announced new inserts for its DrySyn heating blocks enabling scientists to now conduct precise temperature controlled, stirred experiments in 0.5-2ml tapered, 2-5ml and 10-20ml microwave vials.
The affordably priced DrySyn® SnowStorm ONE accommodates single standard round-bottomed reaction flasks from 50ml to 1000ml. Interchange of reaction flasks is easy and takes just seconds without disrupting the circulation fluid as is required when using expensive jacketed reaction vessels.