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.

Applications

Duo Icon

Parallel synthesis or reaction optimisation

Use similar or different size vessels and vary stirring speed, stirrer shape and temperature between vessels

2 part reaction icon

Two stage reaction

Transfer reactant from one vessel to the other using vacuum or a pump

Duo Single Reaction

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)

...it allows us to run reactions in parallel, whereby we use a single circulator to deliver the same temperature to adjacent vessels, allowing us to easily vary other key experimental parameters.Associate Professor, Stefan Bon, Department of Chemistry, University of Warwick

Thermofluid Manifolds

  • Choice of two manifolds kits
  • Single circulator manifolds
  • Double circulator manifolds

Vessels

  • 100ml to 5 litres
  • Combine different volumes
  • Vacuum jacketed options
  • Process and standard geometry

Unique Vessel Clamp

  • Supports two vessels
  • Change vessels independently
  • Change vessels in minutes

Simple Stirrer Alignment

  • Set and lock
  • Independent stirring for each vessel

Patented Stirrer Coupling

  • Drop in
  • No tools
  • No fuss

Hose Couplings

  • Quick-release
  • Connect in seconds
  • Chemical-resistant PEEK

Strong Framework

  • Heavy duty base
  • Solid s/steel support rods
  • Large drip tray

Reactor-Ready Duo Base System

RR121300 Reactor-Ready Duo Core

Double Circulator Manifold and Hose Kit

The double circulator kit is designed to work with two separate thermoregulators controlling the temperature of each vessel independently. With this set-up both vessels can operate at different temperatures.

RR121310 comprises:

  • R/H Upper Return Manifold with Vent Valve
  • L/H Upper Return Manifold with Vent Valve
  • R/H Lower Supply Manifold with Drain Valve
  • L/H Lower Supply Manifold with Drain Valve
  • 4 x Quick-Release Insulated Hoses, 60cm
  • 4 x Sealing Caps for Hoses

Single Circulator Manifold and Hose Kit

This single circulator kit is designed to work with one thermoregulator controlling the temperature of both vessels simultaneously. With this set-up both vessels would operate at the same temperature. The manifolds are supplied with a blanking plug should you wish to run only one vessel.

RR121305 comprises:

  • Central Upper Return Manifold with Vent Valve
  • Central Lower Supply Manifold with Drain Valve
  • 4 x Quick-Release Insulated Hoses, 70cm
  • 4 x Sealing Caps for Hoses
  • 2 x Stainless steel blanking plugs

Reactor-Ready Duo Manifold + Hose Kits

  • RR121119 Central Upper Return Manifold with Vent Valve – NW12
  • RR121120 Central Lower Supply Manifold with Drain Valve – NW12
  • RR121114 Quick-Release Insulated Hose 70cm HT Vessel-to-Manifold
  • RR121114 Quick-Release Insulated Hose 70cm HT Vessel-to-Manifold
  • RR121114 Quick-Release Insulated Hose 70cm HT Vessel-to-Manifold
  • RR121114 Quick-Release Insulated Hose 70cm HT Vessel-to-Manifold
  • RR121115 R/H Upper Return Manifold with Vent Valve – NW12
  • RR121116 R/H Lower Supply Manifold with Drain Valve – NW12
  • RR121117 L/H Upper Return Manifold with Vent Valve – NW12
  • RR121118 L/H Lower Supply Manifold with Drain Valve – NW12
  • RR121130 Quick Release Insulated Hose 60cm HT Vessel-to-Manifold – NW12
  • RR121130 Quick Release Insulated Hose 60cm HT Vessel-to-Manifold – NW12
  • RR121130 Quick Release Insulated Hose 60cm HT Vessel-to-Manifold – NW12
  • RR121130 Quick Release Insulated Hose 60cm HT Vessel-to-Manifold – NW12
Reactor Ready Duo

Reactor-Ready Duo Core and Components

Easy-to-order Reactor-Ready Duo Core system includes all the framework components required for operation

Core Features include:

  • Robust heavy-duty framework features solid stainless steel support rods
  • Two separate quick release clamps support each of the vessels independently
  • Large drip tray will retain vessel contents
  • Manifold & Hose kits must be ordered separately
AVA Lab Control Software

Compatible with AVA

AVA Lab Control Software allows scientists to achieve precise temperature control and accurate process data logging in their jacketed lab reactor experiments, leading to reproducible chemistry and seamless tech transfer. Log and control stirrers, circulators, balances, pumps, temperature sensors and other devices.

Reactor Ready Duo

RR121300 Core System includes

  • Duo stand with base, drip tray, support rods, bosses and all clamps
  • 4 x Hose tidies
  • 2 x PTFE Stirrer guides and couplings
  • 2 x Glass reaction vessel lids including sealing caps 1 x B19, 2 x B24, 1 x B29, 1 x B34
  • 2 x Vessel FEP O-ring seals and PTFE centering collars
  • 2 x Stainless steel vessel support collars
Reactor Ready Duo

Reactor-Ready Duo Manifolds & Hoses

A choice of manifold kits for use with one or two thermoregulators (circulators)

Reactor Ready Duo

RR121310 Double Circulator Manifold and Hose Kit

The double circulator kit is designed to work with two separate thermoregulators controlling the temperature of each vessel independently. With this set-up both vessels can operate at different temperatures.

  • R/H Upper Return Manifold with Vent Valve
  • L/H Upper Return Manifold with Vent Valve
  • R/H Lower Supply Manifold with Drain Valve
  • L/H Lower Supply Manifold with Drain Valve
  • 4 x Quick-Release Insulated Hoses, 60cm
  • 4 x Sealing Caps for Hoses
Reactor-Ready Duo

RR121305 Single Circulator Manifold and Hose Kit

This single circulator kit is designed to work with one thermoregulator controlling the temperature of both vessels simultaneously. With this set-up both vessels would operate at the same temperature. The manifolds are supplied with a blanking plug should you wish to run only one vessel.

  • Central Upper Return Manifold with Vent Valve
  • Central Lower Supply Manifold with Drain Valve
  • 4 x Quick-Release Insulated Hoses, 70cm
  • 4 x Sealing Caps for Hoses
  • 2 x Stainless steel blanking plugs
Reactor-Ready Duo

How to order Reactor-Ready Duo

  1. Select the Reactor-Ready Duo Core: RR121300
  2. Choose Manifold and Hose kit for one or two circulators
  3. Choose the Vessel Kit or Kits you require by selecting the vessel volume and style
  4. Select the overhead stirrers you need
  5. If you need a thermoregulator, hoses, hose adapters, thermofluid or accessory glassware, then select from the accessory list
  6. If you need automation add AVA Software and Data Hub
Reactor Ready AVA in a lab

Automate your chemistry and reap the benefits

AVA lab control software has been designed to simplify your experiments while improving the accuracy of your data and quality of your yields.

Free up lab time with automated logging of temperature, stirring, pH and more.

Evaluate AVA Software for yourself with our free Demo version.

Download demo software
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Webinar: How to optimise mixing within your jacketed reaction vessels

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Watch webinar on demand
Achieve consistency in process scale up - On Demand

15 min Webinar: Consistent Scaling Up

Scaling up chemical reactions can present a number of challenges with respect to efficient mixing, mass transfer, controlling exothermic reactions, heat transfer and reaction kinetics.

In this webinar we discussed some simple guidelines which apply when scaling chemical reactions up or scaling down to predict or reproduce conditions observed in the larger scale manufacturing environment.

Watch the webinar
The benefits of Jacketed Lab Reactors and considerations when choosing a system - On Demand

Webinar: The benefits of Jacketed Lab Reactors and considerations when choosing a system

Watch a preview here

When purchasing a jacketed lab reactor setup for scaling up your process, there are many considerations to be made.

In this webinar we cover the fundamental points of specifying the right reactor and ancillary devices to ensure that you get the optimal performance of your jacketed lab reactor system for scale-up and process development.

Watch webinar on demand

 

How to achieve efficient temperature control when using JLRs - On Demand

Webinar: How to achieve efficient temperature control when using Jacketed Lab Reactors

When it comes to chemical reactions in both R&D and production processes, achieving the right temperature is crucial. In this webinar we will be joined by Dr Paddy Delaney from Huber to discuss the factors that influence temperature control when using jacketed lab reactors as well as advice on how to improve the performance of your system.

Watch webinar on demand