Take advantage of the flexibility offered by the PRIMO system

to prototype your microfluidic devices in record time…

Top: Drawing of the microfluidic chip and stitching positions in red (DMD size: 2.5 mm x 1.3 mm with 4x magnification lens). Final size of the chip : 20 mm x 7.6 mm Bottom: PDMS results. No visible stitching mark. The resist mold was made with a 4x magnification lens.

…and to photopolymerize membranes in your microfluidic devices!

Photopatterning with PRIMO system of pressure-resistant hydrogel-based permeable membrane within PEGDA microfluidic chips. Courtesy of J.-B. Salmon.

Do you have a question about your project of experiment with PRIMO?

Our research and application development team can help you set up or optimize your experimental protocols!

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