Opening a Wider Crystallisation Window
How the Asynt ColdCoil supports temperature-controlled co-crystallisation in flow.
Customer: Meg O’Neill, University of Liverpool, UK.
Product: Asynt ColdCoil
Application: Temperature-controlled co-crystallisation in flow
TEMPERATURE-CONTROLLED CO-CRYSTALLISATION
“I used the Asynt ColdCoil Reactor for temperature-controlled co-crystallisation in flow as part of my research into controlling crystal size and morphology. The ColdCoil provided consistent and accurate temperature control, including at very low temperatures, which allowed us to explore a much wider range of crystallisation conditions and reaction space.
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EASY INTEGRATION AND REPRODUCIBILITY
One of the key advantages was how easily the ColdCoil could be integrated with our existing flow equipment. It was straightforward to set up and use, while providing the temperature stability required for reproducible experiments. The ease of use and reliable temperature control made it a valuable addition to our flow setup.
SUPPORT THROUGHOUT
Asynt were also very helpful and supportive throughout the process, providing assistance when needed and making it easy to incorporate the equipment into our existing workflow. Overall, the ColdCoil was a very useful tool for expanding the range of temperature-controlled co-crystallisation conditions we could investigate in flow.”
“The ColdCoil provided consistent and accurate temperature control, including at very low temperatures, which allowed us to explore a much wider range of crystallisation conditions and reaction space.”
Meg O’Neill, Member of Prof. Anna Slater’s Group, University of Liverpool
CUSTOMER PERSPECTIVE
“I used the Asynt ColdCoil Reactor for temperature-controlled co-crystallisation in flow as part of my research into controlling crystal size and morphology. The ColdCoil provided consistent and accurate temperature control, including at very low temperatures, which allowed us to explore a much wider range of crystallisation conditions and reaction space.
One of the key advantages was how easily the ColdCoil could be integrated with our existing flow equipment. It was straightforward to set up and use, while providing the temperature stability required for reproducible experiments. The ease of use and reliable temperature control made it a valuable addition to our flow setup.
Asynt were also very helpful and supportive throughout the process, providing assistance when needed and making it easy to incorporate the equipment into our existing workflow. Overall, the ColdCoil was a very useful tool for expanding the range of temperature-controlled co-crystallisation conditions we could investigate in flow.”
Explore the Asynt ColdCoil: https://www.asynt.com/product/coldcoil-reactor-module/
Asynt reference: ASY-CS-207
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