With the FlowStart, you can start working with flow chemistry today. It is a complete package for flow chemistry, including one basic microreactor, syringes, pumps*, advanced fluidic interfacing, temperature controller and all connections and tubings.
The FlowStart is a complete package for flow chemistry at an affordable price. It is easy to install and operate with accurate control over temperature and flow. Two pump modules enable easy control over flow rates. By changing flow rates, you can influence the experimental parameters such as reaction time, mixing ratio and droplet size. The temperature controller heats or cools your microreactor to the desired temperature in a fast, easy and accurate way. The plug-and-play controller is equipped with an intuitive and straightforward interface. The FlowStart is compatible with a wide range of microreactors supplied by FutureChemistry. You can find more information in the microreactor section.
Applications
The FlowStart can be used for flow chemistry feasibility investigation. It is the perfect system to investigate the possibility and robustness of flow chemistry for your process. With use of the FlowStart a batch process can be translated to a continuous flow process.
Technical benefits
Continuous production of chemical compounds by microreactor technology has proven to be a major benefit for many applications. In contrast to chemistry in batch mode, flow chemistry offers a number of benefits such as increased safety and better control over your chemical reaction. Better control results in a higher yield, better selectivity and higher reproducibility. In addition to these well-known benefits of flow chemistry, microreactors offer small scale operation. This results in a lower consumption of chemicals and reduction in waste. FlowStart lets you enjoy all the benefits of flow chemistry in an easy and financially accessible way. There are no technological barriers and you can get started with flow chemistry literally within minutes.
Specifications
Instrument
Minimum temperature | -10°C ( 14°F) |
Maximum temperature | 140°C (284 °F) or 200°C (392°F) depends on configuration |
Control | Local interface (no computer required) |
AC Power | 110-120 V / 220-240 V, 50-60 Hz |
Working voltage | 7 V |
Temperature accuracy | +/- 0.5 °C (+/- 0.9 °F) |
Materials | Aluminium |
Maximum power | 28 Watt |
Microreactor Holder
Fluidic connection | Flat bottom ferrule |
Microreactor compatibility | FutureChemistry Microreactor cartridge |
Dimensions (L x W x H) | 80 x 44 x 11.5 mm |
Pump module* (when used with 1 mL syringe B-242)
Minimum flow rate | 0.73 μL/hr |
Maximum flow rate | 35 mL/hr |
AC Power | 110-120 V or 220-240 V, 50-60 Hz |
Dimensions (L x W x H) *Optional | 14.6 x 22.9 x 11.43 cm |