1 The MiniChemLab product family offers a portfolio of versatile integrated and automated microfluidic workstations dedicated to performing (bio)chemistry-on-a-chip operations such as synthesis, sample handling, manipulation and analysis for a variety of different applications.

We offer both standard and custom configurations.

2 The automation of repetitive chemical and biochemical processes becomes easy with MiniChemLab.

The MiniChemLab instruments enable rapid development and precise control of experiment conditions, providing you with a highly reliable, accurate and dependable workstation for your laboratory and application

3 The combined use of highly accurate micro syringe pumps and versatile peristaltic pumps ensures precise fluid transport, dosing, mixing and dilution and offers great flexibility for independently pumping or drawing precisely defined sample or reagent volumes when and where they are needed.

4 At the heart of the MiniChemLab is a low-cost disposable polymer cartridge which integrates key microfluidic functionality an minimizes the required volumes of your precious reagents and samples.

The microfluidic cartridges are manufactured with state-of-the-art microfabrication techniques, leading to low costs for the disposables.

5 Running tests and experiments with MiniChemLab is simple: the microfluidic cartridges are easy to handle, they are designed for straightforward insertion, self alignment and removal, reagents and samples are protected from contamination, and the microscope slide form factor of the cartridges makes lab integration easy.

6 On-chip electrochemical biosensors provide the perfect platform for investigating immunoassays, DNA/RNA assays, enzymatic assays or cellular based assays.

Use the biosensor module to characterize molecular interactions, measure real time dynamic changes in bioactivity, or identify new targets for antibody screening applications.

7 Procedural steps in our assay become a simple set of functional commands in a user-friendly software, detailing the sequencing of reagents, process times, flow rates, or detection steps.

Processes can be standardized, stored and recalled for repeated use. Biosensor data is displayed in real time and saved for detailed analysis.

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