Discover SP – Microwave Synthesizer

Flexible
Reliable
Intuitive
Fast

Research Scale Microwave Synthesis

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Microwave Chemistry Applications

ORGANIC SYNTHESIS | MEDICINAL CHEMISTRY | SMALL-MOLECULE | INORGANIC SYNTHESIS | POLYMER SCIENCE | NANOMATERIALS | QUANTUM DOTS | RADIO CHEMISTRY | BIOMASS | BIODIESEL | TEACHING | RESEARCH | PEPTIDE SYNTHESIS | PROTEOMICS

Why should I use a microwave?

Microwave technology has become a common tool for chemical synthesis both in academia and industry. Compared to conventional means of synthesis, the advantages of heating with a microwave include:

Faster reaction times

Improved purity

Greater yields

Better reproducibility

Enhanced reaction control

Discover SP is

Flexible

With the ability to perform virtually any type of chemical transformation, from organic to inorganic, materials, and more, the Discover is the most flexible microwave system available. Small scale and large scale, high temperature and low temperature, and gaseous reagents can all be used on a single simple system.

Discover SP is

Intuitive

Simple software and intuitive programming make the Discover SP the easiest system to operate. Hot keys allow modification of parameters on the fly, onboard data handling stores temperature, power, and pressure profiles, and optional Synergy software generates reports with publication-friendly graphs.

Discover SP is

Reliable

Built on a robust, proven cavity, the Discover SP is the most reliable microwave system available with little maintenance required. The unique self-tuning cavity automatically adjusts to each sample to maximize microwave power and deliver consistent results. Activent™ vent and reseal technology minimizes over pressurization and helps ensure each reaction goes to completion, every time.

Discover SP is

Fast

From performing reactions to changing accessories, the Discover SP is built for speed. Quickly change from reflux reaction to sealed vessel conditions to low temperaturesynthesis. Complete each transformation at the speed of light with greater yields and improved purity.