Modules & specifications

CheminizerGO

Your Gateway to Next-Generation Chemistry

ChemiBASE moduleChemiREAC module02 ChemiBASE 01 ChemiREAC

Bring the power of thin-film technology to your lab. CheminizerGO combines the rotating thin-film reactor with intuitive software, making next reaction technology accessible to teams ready to move beyond conventional equipment.

Control heating and rotation through the software and benefit from intensified heat and mass transfer. With focused automation and hands-on flexibility, GO is your first step towards a smarter, more controlled approach to synthesis.

Module 01 · Reactor

ChemiREAC

Automated Thin Film Reactor

  • Thin Film
  • Fast Heating
  • Versatile

New Revolutionary and Automated Thin Film Reactor for a Wide Range of Chemistries

Unleash the power of thin-film chemistry with the ChemiREAC module. Its innovative design supercharges mass and energy transfer, dramatically reducing solvent use while boosting yields, speeding up kinetics, and delivering pinpoint reaction selectivity. Get ready for smarter, more efficient chemical transformations.

ChemiREAC isolated view
ChemiREAC open view
Radiative heating of the rotating vessel

Key Features

  • Thin Film Reaction

    Elevate your chemistry. Our thin-film reaction technology (0.4 mm-3 mm) delivers exceptional performance. Precision rotation, including dynamic mixing waves, promotes higher yields, better selectivity, and dramatically reduced reaction times versus standard lab glassware.

    Reproducibility and improved performances are demonstrated below with the esterification of isoamyl alcohol with acetic acid. The reaction was conducted in multi-run in a short reaction time (10min) with automatic cleanup in-between runs. Constant yield of 95.3% with very little variation was obtained (±1.3%). Reaction in thin film demonstrated superior yield (+18%) in comparison to conventional glassware method.

    Improved esterification in thin film

  • Fast & Efficient Heating System

    Optimize your reactions with intelligent heating. Our system's efficient radiative heating and IR monitoring offer responsive temperature control. Low thermal inertia means no overshoots and instant cooling for ultimate process precision.

    Comparative heating and cooling curves of 10mL water in a Cheminizer reaction vessel (blue) and in a round bottom flask with heating bath and magnetic stirring (orange) are shown below:

    Illustrated Fast & efficient heating

  • Pressure & Vacuum Control

    Gain total control over your reactions. Our closed, pressure-monitored vessel enables chemistry beyond the boiling point and effortless removal of all solvents, including high-boiling point solvent such as DMF.

  • High Level of Safety

    Push the boundaries of your chemistry with confidence. Our module is engineered for extreme durability, withstanding high temperatures and pressures up to 6 bar. It features proactive exotherm detection and intelligent countermeasures to prevent runaway reactions. For ultimate protection, a failsafe automatic stop engages if any reaction parameter moves outside safe operating thresholds.

In development

Future Innovation

  • Photochemical Reactor

    To take advantage of the thin film and facilitate and to unlock new possibilities in synthesis.

  • Upscaling

    ChemiREAC's early development proved its remarkable ability to seamlessly scale thin-film reactions, achieving efficient upscaling from micro-liter volumes (100 µL) all the way to 250 mL. Building on this success, Synlock is working on the next ChemiREAC1000 (for 100 mL-1000 mL reaction media), set to supercharge your production capacity and drive larger-scale chemical transformations.

  • Coating

    Coating of inner wall of the reaction vessel with various solid supported reagent and catalyst will be soon available.

Specifications

Reaction Vessel Volume
  • ChemiREAC10: 112 mL
  • ChemiREAC100: 725 mL
Reaction Media Volume Range
  • ChemiREAC10: 1 mL to 30 mL
  • ChemiREAC100: 30 mL to 250 mL
MaterialReaction vessel: silicium carbide SSiC
Inert Wetted part: PEEK, 316L Stainless Steel
Shell: Anodized Aluminium
Rotational Speed100 rpm to 1500 rpm
Temperature25°C to 180°C
Heating Rate1.5°C/s
Accuracy±1°C
Pressure Range (relative)100 mbar to 6 bar
VacuumDown to 100 mbar
Overpressure SafestopOver 6 bar
CoolingPneumatic cooling
Dimensions29.9 × 29.5 × 39.2 cm (L x l x h)
Weight10.9 kg
Stirring modemechanical

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+32 470 08 27 48
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