Discoverยฎ 2.0 Microwave Synthesizer

The Discoverยฎ 2.0 Microwave Synthesizer revolutionizes synthetic chemistry by combining speed, reaction efficiency, and green chemistry principles. With its ability to directly heat polar/ionic species, microwave irradiation enhances reaction efficiency, making it ideal for applications in nanotechnology and materials science. This upgraded system provides new capabilities, including advanced temperature control, larger-scale reaction handling, and software integration with built-in video monitoring.

Discoverยฎ 2.0 Microwave Synthesizer
Amrit

Amrit

dinesh

dinesh

Yoko Navarro

Yoko Navarro

Discoverยฎ 2.0 Microwave Synthesizer

The Discoverยฎ 2.0 Microwave Synthesizer revolutionizes synthetic chemistry by combining speed, reaction efficiency, and green chemistry principles. With its ability to directly heat polar/ionic species, microwave irradiation enhances reaction efficiency, making it ideal for applications in nanotechnology and materials science. This upgraded system provides new capabilities, including advanced temperature control, larger-scale reaction handling, and software integration with built-in video monitoring.

ADVANCED TEMPERATURE CONTROL

Tanner Cox
Jorden Mathis

    Key Features

    โ€ข New software system with built-in video monitoring
    โ€ข Continuous flow and liquid handling for peptide synthesis
    โ€ข Wide range of pressurized vessel sizes (10mL, 35mL, 100mL)
    โ€ข iWaveยฎ IR temperature sensor for accurate reaction monitoring
    โ€ข ActiVent technology for safe handling of over-pressurization
    โ€ข Variable speed magnetic stirring and rapid compressed air cooling
    โ€ข Upgrade options: Autosamplers (12/48 positions), Gaseous Addition, Sub-ambient temperature, Flow cells

    ย 

    With continuous flow and liquid handling capabilities for peptide synthesis, the Discoverยฎ 2.0 supports a wide range of synthetic chemistry applications. The system offers the largest pressurized vessel sizes for single-mode microwave use, ranging from 10mL to 100mL, making it suitable for both small-scale and larger-scale reactions.

    VERSATILE SYNTHESIS CAPABILITY

    Amrit
    dinesh
    Yoko Navarro