Laboratory reactor Reactor-Ready™ Duo
for parallel synthesiscoolingvacuum

Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 2
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 3
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 4
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 5
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 6
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 7
Laboratory reactor - Reactor-Ready™ Duo - Radleys - for parallel synthesis / cooling / vacuum - image - 8
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Characteristics

Applications
laboratory
Function
for parallel synthesis
Temperature
cooling
Treatment method
vacuum
Number of reactions
2-reaction
Material
glass

Description

All the benefits of Reactor-Ready with two vessels in parallel or series - 100 ml to 5 litres Reactor-Ready Duo Lab Reactor Reactor-Ready Duo shares the same unique features as Reactor-Ready but holds two independent jacketed glass reaction vessels. The system can be configured to operate with a single thermoregulator controlling the jacket temperature of both vessels simultaneously; or with two thermoregulators controlling the temperature of each vessel independently. Interchangeable Rapid exchange of both vessels independently, with quick-release vessel clamp and hose couplings. Flexible Choice of manifold kits allow two vessels to run from a single thermoregulator or two separate thermoregulators. Parallel or series System accepts two overhead stirrers which can be operated independently. Take control Compatible with AVA Lab Control Software, for reproducible chemistry and seamless tech transfer. Control fluid transfer between vessels, log and control stirrers, circulators, balances, pumps, temperature sensors and other devices. Parallel synthesis or reaction optimisation Use similar or different size vessels and vary stirring speed, stirrer shape and temperature between vessels Two stage reaction Transfer reactant from one vessel to the other using vacuum or a pump Single reaction vessel Using the second vessel as either a receiving or feed vessel (where reagents can be pre-heated or pre-cooled prior to addition)

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.