23.02.2010 • Product

Low Cost Parallel Synthesizer

Photo

The new DrySyn Parallel Synthesizer allows the chemist to heat and stir up to 12 small-scale reactions in parallel using any standard hotplate stirrer. At around £200 this provides a convenient, low cost solution for chemists wishing to conduct simple synthetic reactions with temperature control and magnetic stirring, but without the complications of reflux or inerting. It is ideal for producing small, focused libraries of compounds.
The DrySyn Parallel Synthesizer accommodates a range of standard reaction tubes and vials, of different diameters. It can also be upgraded to a parallel reaction station using standard round-bottom flasks, by using the appropriate DrySyn Multi inserts. In this configuration, facilities like reflux and gas control can be added, it also can be upgraded further with directly driven stirring with the Asynt Vortex stirrer system.
DrySyn systems can heat reactions to over 300°C and are available for single or multiple reaction vessels with volumes from 1ml to 5000ml. Compatible with any standard hotplate stirrer, they combine a small footprint with excellent reaction visibility. According to Asynt Managing Director Martyn Fordham, over 25,000 DrySyn laboratory heating and cooling blocks have now been supplied world wide.

Company

Asynt Ltd.

Unit 29, Hall Barn Road
CB7 5RJ Isleham, Cambridgeshire

Company contact







Special Issue

Circular Plastics Economy
Explore the Future of Plastics

Circular Plastics Economy

This special CHEManager issue explores the industry’s pivotal shift towards a more sustainable, circular plastics value chain. Readers will find expert analysis and real-world solutions for today’s most pressing recycling and regulatory challenges.

Virtual Event

Outsourced Biomanufacturing
Strategic Outsourcing in Biopharmaceuticals

Outsourced Biomanufacturing

April 22, 2026 | Join biopharma professionals, CDMO leaders, and supply chain innovators for a virtual event exploring the future of outsourced biomanufacturing.

most read