Asynt achieved ISO 9001 for Quality Management and ISO 14001 for Environmental Management, two internationally respected standards that reflect how we operate behind the scenes, not just the science we support.
Chemical reactions are generally activated by heat or chemical reagents. Recent developments in laboratory equipment have allowed lesser methods to become more accessible: methods such as electrochemistry and photochemistry. Photoreactors use light as a catalyst allowing for reagentless (also known as traceless) chemistry.
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.
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
Our chemists and technical support team have kicked off their shoes and put their feet up after a brilliant and hectic two days at the NEC in Birmingham, so it’s time for CHEMUK 2025 in review…
The LAUDA team are joining Asynt at CHEMUK 2025 to share their knowledge and expertise in all things temperature-control!
Join us at CHEMUK 2025 for an edible demo by baking chemist, Dr Josh Smalley! Find out more here…
Chemists from the University of Liverpool tackle the challenges of synthesizing porphyrin derivatives.
Chemistry teaching labs provide an essential introduction to practical chemistry. They often offer students their first experience of working with the kind of equipment they may eventually use in academic or industrial research, experience that can prove invaluable going forwards.
