Continuous flow chemistry modules come in a wide range of designs and geometries, with a system often requiring multiple units. By using modular reactors, you can adapt and add to your flow system as your research progresses, allowing you to introduce flow chemistry, mixing for heterogeneous reagents, heating, cooling, and more.
Photochemistry has consistently grown as a field of research across the last couple of decades, opening new avenues of synthetic catalysis. Asynt are keen to support chemists in this expanding area of research by providing precise photochemical tools, but why not just make your own?
The Asynt Chemistry October 2025 Newsletter is packed with valuable insights, exciting updates, and a touch of Halloween fun.
Flow chemistry and photochemistry are both growing areas of research. Both processes opening new novel synthetic routes.
Batch and flow represent two crucial, but disparate, chemical processes. Each has its own set of benefits depending on the requirements of your laboratory. In this blog I’ll run through some of the differences between them, and advantages of each, and highlight some of their shared strengths.
BioAscent, founded in 2013, is a CRO based in Scotland. They provide a wide range of customers with integrated drug discovery and world-class compound management services, using Asynt’s range of lab tools.
Posters in Parliament took place earlier this week & we’re proud to see our customers’ research presented!
Join flow chemistry specialist, Andrew Mansfield, for an Introduction to Flow Chemistry For All. Register now!
Combining photochemistry with flow chemistry is the natural progression from the growth of these two fields in recent years. Doing this enables safer, more efficient, and scalable processes.
Asynt’s innovative LED photochemistry tools differ from others in several significant ways – find out why they’re ideal!
