Parallel overhead stirring for round bottom flasks
The DrySyn Vortex system is an innovative laboratory tool designed for powerful, parallel overhead stirring of viscous materials in round bottom flasks
The DrySyn Vortex system is an innovative laboratory tool designed for powerful, parallel overhead stirring of viscous materials in round bottom flasks
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.
A jacketed glass reactor vessel is the central component of a jacketed reactor system. Constructed from borosilicate glass, these vessels can be single- or double-jacketed (vacuum jacketed) and offer significant potential for customisation—both in terms of accessories and structural design (more on that later).
The primary purpose of a jacketed reactor system is process development and scale-up in batch chemistry.
We look into the hidden chemistry of Christmas spices and how science brings to like the unmistakable taste and smell of Christmas
Parallel synthesis plays a central role in compound development across a range of chemistry fields and industries, from pharmaceuticals to fragrance.
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.
What methods are they for heating chemical reactions under high pressure and how do they work?
Did you know that the majority of Asynt lab equipment is duty-free for delivery anywhere in the EU? Get all the details here…
While Halloween is often associated with costumes, treats and spooky decorations, it also offers a unique opportunity to explore some fascinating scientific concepts. This blog looks into the spooky science of Halloween.