Vapourtec’s E-Series systems comes in four initial template configurations. Each configuration has been tailored towards a particular area of chemistry. However, due to the modular nature of all Vapourtec systems, each system can be modified to your needs. With two reactor positions, up to three pumps, using the revolutionary V-3 pump and a large range of reactors, all compatible with any system and other accessories, there are many other configurations possible with the E-Series.
Vapourtec The E-Series Flow Chemistry System
Features:
Pumps which can handle strong acids
Capable of using air and moisture sensitive reagents
Can pump suspensions and light slurries
Simple intuitive touchscreen interface
Push button pump priming
Ready to use straight out of the box
About the same cost as a lab microwave synthesizer
Compatible with all reactors
Standard PFA Coil Reactor | High Temperature Coil Coil Reactor |
- Maximum temperature 150°C | - Max. temperature 250°C |
- Resistant to strong acid corrosion | - Coil material: 316 stainless steel, Hastelloy |
- Three reactor sizes: 2mL, 5mL, 0mL | - Fast cooling for safe post-reaction handling |
- Reaction retention times from 10 seconds clock - 200 minutes | - Three reactor sizes: 2mL, 5mL, 10mL |
Standard column reactor | Cooled Coil Coil Reactor |
- Maximum temperature 150°C | - Minimum temperature -70°C, fully programmable |
- Immobilised catalysts, solid phase carrier reactors ideal for immobilising catalysts, solid phase carrier reactors or for removing resins etc. Reactor | - Resistant to strong acid corrosion |
- Uses standard Omnifit glass columns | - No external circulation cooler required |
- Full visibility of the reaction in the column tube | - Pre-cooling agent can be fed in |
- Precise temperature control | - Cooling mix |
- Quenching after cooling reaction | |
Cooled column reactor | Gas/liquid "tube in tube" reactor |
- Minimum temperature -40°C | - Maximum temperature 150°C |
- No external circulation cooler required | - Reactor size: 15ml liquid volume with gas control via pressure regulator (not shown in the picture) |