Laboratory Products
High Throughput Flow Reactor for Process Chemistry
Jun 07 2022
The FlowSyn Maxi™ from Uniqsis is a high throughput flow reactor for process chemists looking to optimise reaction conditions before scaling-up synthetic production to multiple kilograms per day.
Combining the benefits of proven FlowSyn technology with the capability to run at high flow rates (up to 100 ml/min) in a compact benchtop design - the FlowSyn Maxi™ sets a new standard for higher throughput applications. Designed for ease of use the highly intuitive user software interface quickly guides you through the process for setting up a flow chemistry reaction. Once set up, FlowSyn Maxi automatically runs the experiment unattended, ensuring that critical parameters remain within defined limits.
FlowSyn Maxi™ is designed to carry out superheated reactions up to +260°C (1400 psi) and cooled reactions down to -70°C - making it one of the most versatile process scale flow reactors available. The robustly constructed system can be specified in stainless steel or Hastelloy® with PTFE flow paths making it compatible with most chemistries. The unit is fitted with larger bore inlet tubing and upgraded inlet/outlet solenoid valves with bigger fluidic channels to cope with higher process scale flow rates.
The FlowSyn Maxi™ is compatible with all existing Uniqsis coil reactors, though is optimised for use with larger reactors (up to 60ml) using 1/8-inch OD tubing in conjunction with glass static mixer chips to ensure efficient and reproducible mixing. Reagents can be delivered from large stock bottles or from sample loops (up to 50 ml).
More information online
Digital Edition
Lab Asia 31.4 August 2024
August 2024
Chromatography Articles - HPLC gradient validation using non-invasive flowmeters Mass Spectrometry & Spectroscopy Articles - MS detection of Alzheimer’s blood-based biomarkers Labo...
View all digital editions
Events
Sep 11 2024 Bangkok, Thailand
Sep 11 2024 Bangkok, Thailand
Sep 11 2024 Singapore
Sep 18 2024 Lausanne, Switzerland
Sep 19 2024 Shanghai, China