Higher throughput, greater reactivity, expanded chemistry capability The H-Cube Pro is a revolutionary benchtop stand-alone hydrogenation reactor, uniquely combining continuous-flow microchemistry with endogenous on-demand hydrogen generation and a disposable catalyst cartridge system. Continuous hydrogenation reactions are performed in a flow system. The hydrogen gas necessary for the reaction is generated in-situ. Reactions take place on disposable proprietary CatCarts®, packed catalyst columns modelled after conventional HPLC systems, ensuring excellent lab integration and ease of use.
Users can control and monitor every aspect of the H-Cube® operation using a touch-screen panel. The H-Cube® eliminates the need for external hydrogen storage, allowing safe use in nearly any laboratory environment, while its compact design maximizes available bench space. The whole process on the H-Cube Pro, a stand-alone hydrogenation reactor, now offers full automation with the H-Cube autosampler. Ideal for performing optimization studies, catalyst screening (with CatCart Changer) or library production overnight or over the weekend.
More advantages:
- Higher throughput and control: generates 60 ml/min hydrogen with the TWO cells
- Wider temperature range from 10-150°C
- Intelligent software following parameters in real time
- Greater chemistry capability with the addition of the gasmodule and the Phoenix
Features:
- Hydrogenation without cylinders: The H-Cube® Pro has two electrolytic cells for the in situ generation of up to 60 NmL/min of hydrogen gas (up to 100 bar)
- Adjustable hydrogen amount: Users control how much hydrogen gas enters the chemical reaction, making selective transformations easier and more effective.
- No catalyst filtration: Users can use 30 mm or 70 mm CatCarts®, eliminating the need of catalyst filtration during work-up
- Active cooling system: The H-Cube® Pro can cool reaction mixtrues down to 10 °C
- Extended heating capability: Users can perform reactions up to 150 °C with the H-Cube® Pro
- User-friendly software: Monitoring and recording real-time parameters of each reaction, extra functions for advanced hydrogenation