ReactAll

Automated, efficient reaction screening system.

Today’s scientists spend too much time on reaction screening. ReactALL is an innovative benchtop multiple reactor system with integrated sampling automation, that speeds up your product development by 5 times.

Integrated automated sampling, quench, and dilution directly into HPLC vials

ReactALL comprises five small-scale reactors, each equipped with fully automated sampling thanks to SmartCap™ technology. Representative samples are immediately quenched, diluted, and transferred to standard HPLC vials for a streamlined workflow.

  1. The sample, quench and dilution volumes are precisely controlled by the system for quantitative analysis.
  2. Wide bore tubing and streamlined pump-free fluidics assure robust sample transfer, even for heterogeneous samples.
  3. No pierced holes in your reactor septa, so no risks of losing solvent.

verhead stirring without grinding solids

Take your reaction screening experiments to the next level with the SmartCap™ technology.

  1. Innovative stirrers designed with the aid of Computational Fluid Dynamics to evenly suspend solids without grinding.
  2. The helical shape above a pitch blade creates small eddies which promote mixing and homogenous distribution of solids, even at the small reactor diameters of the instrument.
  3. Agitators do not grind solids, a distinct advantage over stir bars which can grind solids and alter chemistry.

Designed for the Lab of the Future

Save time and materials while increasing insights and results. ReactALL is designed to integrate with Lab of the Future to provide a user-friendly and intuitive experience when you streamline your experiment processes.

  1. Precise, reproducible, standardized, and scalable data
  2. Ability to connect to 3rd party devices thanks to open APIs
  3. Compact-sized solution, optimized for productivity

Ask about the products

Do you have any questions about our products? Feel free to reach out to one of our sales specialists or contact us directly using the form further down the page.