Vessels 100ml to 5 Litres

RR Flex icon - Vessels 100ml to 5L- grey

Rapid vessel exchange

RR Flex icon - Rapid vessel exchange - grey

Temp: -70ºC to +230ºC

RR Flex icon - Temperature range - grey

Self-aligning stirrer

RR Flex icon - Self aligning stirrer - grey

Quick vessel drain down

RR Flex icon - Quick Drain down grey

Automation: Log & control

RR Flex icon - Automation - grey

Use our online configurator to create the perfect reactor for you

Select individual components to build a jacketed lab reactor to suit your budget and application.

Go to the configurator

Log & control reactors with AVA Lab Control Software

Self aligning Stirrer Coupling saves time changing Vessels

Drain down manifolds for rapid thermal fluid draining

Choice of DN100 glass or PTFE lids to fit all vessels - with 5 & 7 ports

Vessel clamp allows rapid vessel exchange without tools

Choice of PTFE stirring impellers: Anchor, Retreat Curve & Turbine

I-beam Support allows the Stirring Motor to be positioned with ease

Innovative PTFE Stirrer guide; gas tight, whip-free and shed-free

Quick Release PEEK Hose Couplings is metal and tool free

Automate your Lab Reactor

  • Achieve precise temperature control and accurate process data logging with AVA Lab Control Software
  • Log and control stirrers, circulators, balances, pumps, temperature sensors and other 3rd party devices

Configure your system

  • Choose the component parts to create a Jacketed Lab Reactor with the features you need
  • Build the system that suits your budget and application

Fully modular reaction system

    • Choose from one of our 4 pre-configured packages
    • Or create your own system

Vessel Kits

  • Convenient vessel kits make buying vessels and accessories easy and cost effective
  • Vessel kits come with the appropriate impeller and pt100 temperature probe

Scale up or scale down

  • Swap vessels in minutes
  • Perfect for busy labs working on multiple projects

Innovative design features

  • Facilitate accurate temperature control and efficient stirring
  • Allow for repeatable, reproducible chemistry

Automate your Chemistry with AVA Software

Download demo software
Webinar #44 Introducing Reactor-Ready Flex

Introducing Reactor-Ready Flex: A modular jacketed lab reactor

In this webinar we introduce Reactor-Reactor Flex, a modular jacketed lab reactor system that allows users to choose the features that suit their budget and application. We discuss how to use the online configurator to build a system from component parts as well as describing the pre-configured packages that are available. We will also have a hands-on demonstration of the system showing the new components.

Watch the webinar
Webinar 41 - CatSci & Blazemetrics

Scaling up crystallisation: Insights from CatSci and BlazeMetrics

In this technical webinar our hosts discuss the importance of developing a good crystallisation process for APIs, and how process analytical technologies (PAT) can enhance understanding of the process

Dr Scott shows case studies designing the crystallisation processes of two compounds, to determine the most stable form for further process development.

Dr Callahan explains how advanced technologies, such as the Blaze probe increase process understanding which can mitigate risks during process development and help optimise crystallisation processes.

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Webinar #40 Reactor-Ready Recap

Webinar: Reactor-Ready Recap: Scaling up Safely and Efficiently

Using highlights from previous webinars, this webinar will focus on the Reactor-Ready jacketed lab reactor, its benefits, and practical applications. Key topics include: the advantages of jacketed lab reactors, considerations when scaling up including temperature and agitation method, and different vessel types. We will also show how easy it is to swap between vessels, enabling quick scalability.

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How to optimise mixing within your jacketed reaction vessel - On Demand

Webinar: How to optimise mixing within your jacketed reaction vessels

In this webinar we will discuss factors to consider which apply when scaling chemical reactions up or scaling down to predict or reproduce conditions observed in the larger scale manufacturing environment.

Watch webinar on demand