The updated modular PressureSyn introduces an optional overhead stirring manifold, addressing a limitation of magnetic stirring in demanding high-pressure reactions.
Asynt has collaborated with Almac Sciences, a leading specialist in API development and manufacturing, to design and supply a range of bespoke reactor vessels.
Asynt has introduced the new ColdCoil – a versatile temperature-controlled flow chemistry module designed to provide exceptional flexibility across a broad range of continuous flow applications.
We’ve launched new open-access digital tools to help chemists optimise experiments faster, reduce failed runs and accelerate successful flow chemistry development.
New research from Professor Anna Slater and colleagues at the University of Liverpool demonstrates how continuous flow chemistry, combined with inline UV-Vis spectroscopy, can transform both the understanding and execution of porphyrin synthesis leading to improved yields in both quality and quantity.
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.
The Donnelly Group conduct multiple inert reactions in parallel under tightly controlled and repeatable conditions, delivering notable improvements in experimental workflow and screening throughput.
Asynt brings flexible, parallel photochemistry to a platform already trusted for precise reaction control.
NEW DrySyn MiniSpin heralds a new era of stirring precision for small-volume reactions.
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
