External Modules

Essential add-ons for your ThalesNano systems

ThalesNano's modular suite of instruments — including the Gas Module, Mixer Module, and Pressure Module — offers chemists unparalleled flexibility and precision in continuous-flow reactions. These external modules seamlessly integrate with ThalesNano's reactor systems, such as the Instrument Fleets and the Phoenix Flow Reactor, enabling efficient handling of gases, liquids, and pressure conditions. Whether you're conducting hydrogenations, oxidations, or complex multi-phase syntheses, these tools enhance safety, reproducibility, and scalability in your laboratory workflows.​

Gas Module

The Gas Module is engineered for precise dosing of various gases, including hydrogen, nitrogen, oxygen, and more, into your flow chemistry processes. It supports up to 14 different gases and operates at pressures up to 100 bar, making it ideal for high-pressure reactions like carbonylations and oxidations. Equipped with a built-in mass flow controller, the module ensures accurate gas delivery, even under high-pressure conditions. It integrates effortlessly with ThalesNano's Instrument Fleets and the Phoenix Flow Reactor, allowing for comprehensive control over gas-phase reactions. For applications requiring higher flow rates, the Gas Module Plus extends capabilities up to 1 NL/min, accommodating larger-scale reactions without compromising precision.

Pressure Module

The Pressure Module offers precise control over the pressure conditions within your flow chemistry system. It allows for the adjustment of reaction pressures up to 100 bar, enabling the exploration of pressure-dependent reaction pathways and optimization of reaction conditions. The module integrates smoothly with ThalesNano's reactor systems, providing real-time pressure monitoring and control. Its robust construction ensures safe operation under high-pressure conditions, making it an essential tool for advanced flow chemistry applications.

Mixer Module

The Mixer Module facilitates the efficient mixing of liquid reagents before they enter the reactor system. By ensuring homogenous mixing, it enhances reaction consistency and yield. The module is compatible with various flow rates and integrates seamlessly with ThalesNano's reactor platforms. Its design minimizes dead volume and supports a wide range of chemical compatibilities, making it a versatile addition to any continuous-flow setup.

These modules collectively enhance the capabilities of ThalesNano's flow chemistry systems, providing researchers with the tools necessary for conducting complex and high-precision chemical reactions.