Traditionally, using liquid nitrogen (LN2) has required organisations to invest in expensive storage infrastructure and be reliant on tanker deliveries. The Asynt LN generators eliminate the need for storage and transportation of LN2
Join us at CHEMUK 2025 for an edible demo by baking chemist, Dr Josh Smalley! Find out more here…
DrySyn Vortex range expanded to encompass popular glassware fittings worldwide
The Cresswell Group, led by Dr Alexander J. Cresswell at the University of Bath (UK), have demonstrated the synthesis of a number of spirocyclic tetrahydonaphthyridines (THNs) expanding the chemical space of these important scaffolds for drug discovery.
Responding to customer demand, the new DrySyn Vortex Temperature Controlled System is engineered to provide active heating or cooling in parallel when attached to a suitable heater/cooler, thus maximising reaction conditions
Asynt’s innovative LED photochemistry tools differ from others in several significant ways – find out why they’re ideal!
The Process Intensification Group, within the School of Engineering at Newcastle University, UK are using the MultiCell-PLUS High-Pressure Reactor as part of their program of ongoing research to create a new environmentally friendly generation of catalysts for production of biorenewable chemicals.
By partnering with Nottingham Analytical, Asynt aims to offer an integrated suite of services that streamline research and development processes, ensuring precise and reliable results.
Exciting update as Asynt acquires renowned Flow Chemistry specialists, Uniqsis.
Asynt announces that Rapid Powders Ltd. (Stoke-on-Trent, UK) has been using a PressureSyn High Pressure Reactor to undertake series of process experiments using small amounts of precious materials to produce optimally functionalised polymers.
