Each pump module has 2 flow channels. This enables 2 independent continuous flows of substrate/reagent to be pumped into the reactor between 4µl and 2500µl per minute. All the wetted parts are chemically resistant (glass & PTFE) and are user replaceable

Each Heater/Cooler module has 2 temperature plates into which the reactors can be clipped. Each temperature plate can be one of two temperature ranges: 0°C – 150°C and 40°C - 250°C. These can be defined when purchasing.

The Reagent Store contains 4 independent manual valves with accompanying PTFE sample loops and Luer injection ports. This allows reagents (or solvents) to be added in-line.

The Pressurisation module serves three major functions: avoiding bubbles in the flow reactor, inert gas blanket over inputs and enabling superheating of the reaction (by pressurisation).

The Sampler and Dilutor is the interface between the Synthesis system and the Analysis system.

The HPLC Pump Module enables the user to perform isocratic or binary gradient elution at flow rates from 0.1 ml/min up to 2ml/min.

The UV Detector is a single, variable wavelength unit and can operate at any wavelength between 190nm and 400nm

This module is a location to store solvent supply and waste bottles

The Tube Reactor Heater is automatically controlled by the AFRICA software.

The FLLEX module enables Flow Liquid-Liquid Extraction for the AFRICA automated flow chemistry system.

The Reagent Injection modules together enable fully automated aspiration of up to 100s of solutions from a robot deck and subsequent timed injection into the flow reactor.

The Product Collection Modules enable individual reactions/samples to be automatically collected in tubes, vials etc.

The Flow Factory Module has two temperature zones. Each zone can either hold a micro reactor for solution phase chemistry or two user packable colums for solid phase chemistry.

The AFRICA software allows the user to enter only "chemist familiar" terms, e.g. concentration, equivalents, time and temperature rather than flow rates.