FlowSyn Auto-LF Continuous Flow Reactor
Harness the power of Flow Chemistry to deliver more compounds, faster! FlowSyn Automated Loop Filling (FlowSyn Auto-LF Continuous Flow Reactor) is a powerful and highly efficient module for running multiple experiments with multiple reagent inputs under different sets of conditions.
The clever simultaneous loop filling and fraction collection saves valuable time, while the integrated wash steps prevent cross-contamination. Interactive displays of pressure and temperature on PC allow real-time reaction monitoring as well as data logging.
What does the FlowSyn Auto-LF Flow Reactor do?
- Automatically fills sample loops with reagent solutions
- Automates the preparation of combinatorial libraries in flow.
- Runs automated reagent scans and optimise reaction conditions in flow.
- Reduces processing time by intercollating loop filling & fraction collection.
- Plots reactor pressures, temperatures and shows event markers in real‐time.
- Captures detailed experimental reports.
- Visualises system and inline UV‐vis data in real‐time
Leasing Options: Through our leasing partner, LDF Finance it is now possible to lease or rent to buy a FlowSyn Auto-LF Continuous Flow Reactor.
There are real advantages to companies in leasing due to the way VAT is handled on the balance sheet. Terms are typically between 2 and 4 years. Longer term rental is also now possible and at the end of the lease or rental period there is the option to buy.
Straightforward FlowControl II Software.
Auto‐LFTM is programmed using FlowControl II software that connects either by Wi‐Fi or using an ethernet cable. The user interface is organised as a series of screens that guide the user step‐wise through the process of setting up automated experiments.
Experiment Setup:
The Experiment Setup screen is used to allocate reagents (from either sample loops are stock bottles) and reaction conditions to each experiment. All experiments are completely independent.
The fraction collection protocol is also defined and, where applicable, the UV‐directed mode selected.
Data Logging:
Pressure and temperature plots are available in real time during an experiment.
Event markers and fraction collector vial allocations are also shown and inline UV data
(either passive or active) can be visualized to display dispersion and concentration changes.
All experimental data is archived and available for subsequent reload or reprocessing.
UK / Europe / Global Delivery
Developed in collaboration with our clients / Bespoke design service
Committed to developing sustainable & practical improvements for scientists worldwide
Martyn Fordham, MD
