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- Enables safe chemical reactions under cryogenic conditions (e.g. exothermic organometallic reactions).
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- Capable of running flow experiments that require limited quantities of starting material or expensive reagents.
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- For easy access to electrochemical reactions in continuous flow, enabling selectivity and transformations impossible by other techniques.
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- Performs nanoparticle synthesis in flow with fast and reproducible mixing, excellent heat transfer and accurate temperature control.
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- Makes novel continuous photochemistry applications accessible without the limitations of traditional batch requirements.
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- Features a full range of Asia modules and enables standard flow chemistry operations as well as advanced use.
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- Ideal for converting a batch chemistry reaction to a flow chemistry process and varying parameters for reaction optimization.
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- For easy scale-up of reactions from milligram to multi-gram quantities using flow chemistry.
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- Ideal for chemists eager to begin using flow chemistry as well as for academics looking to introduce flow chemistry to their group.
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- A compact, high-performance, ultra-cold cooling module for round bottom flasks. Requiring only mains power, it rapidly cools reactions to process temperatures as low as -80 °C.
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- A range of essential tools for small scale chemistry in round bottom flasks and vials, providing fine control and enabling chemists to be more productive.
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- Allows crystallization processes to be monitored and controlled, as well as performing sonocrystallization or sonomilling techniques.
