A fresh outlook in chemistry technologies
Asynt is a global provider of world-leading technologies and services for scientific research. Developed by chemists for chemists, our laboratory equipment responds to the real demands of industry and academia worldwide, providing solutions from benchtop to kilo lab scale and beyond.
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NEW: Making flow chemistry accessible
Flow chemistry specialist, Andrew Mansfield, talks us through the basics of flow chemistry in our latest webinar.
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Made in Britain
Asynt continues to invest in the highest quality manufacturing in Britain, and expanding our local and national workforce reporting to our headquarters in Cambridgeshire, UK.
With our in-house engineering, manufacturing and storage facilities we have full control of the supply chain, ensuring delivery of the highest quality laboratory apparatus – delivered when you need it.
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Building a more sustainable & effective way of working in the laboratory
Since inception in 2003, Asynt has developed numerous tools to enhance sustainability in the laboratory. Key examples include the DrySyn® range (a clean, safe alternative to oil baths and heating mantles) both reducing costs in purchasing/disposal of oil and a 35% reduction in energy consumption, and the CondenSyn® range of waterless air condensers which are used all around the world in place of traditional water condensers. CondenSyn reduces water waste & loss of samples, provides accurate & repeatable results, & is lightweight and easy to use.
Find out more about how we’re improving sustainability in the lab
Sustainable synthesis of organophosphates using flow chemistry
Posted on: March 13, 2025
Posters in Parliament took place earlier this week & we’re proud to see our customers’ research presented!
What is a Flow Chemistry Coil Reactor Heater?
Posted on: March 14, 2025
Modular coil reactor heaters can be thought of as the flow chemistry equivalent of the magnetic stirrer hotplate. With the correct coil reactor it provides precise heating over the full length of the flow reactors volume, through which your homogeneous reactants are pumped.
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