Droplet-based microfluidics, a revolutionary technology in the realm of lab-on-a-chip devices, manipulates tiny fluid volumes to perform high-throughput, precision experiments with minimal reagent use. This technique, essential for isolating single cells, protein crystallization, and DNA sequencing, offers a shear-free environment conducive to delicate biological studies. Its application in directed evolution, chemical synthesis, and gel particle formation marks a significant advancement in biotechnology, pharmaceuticals, and materials science. Smart MCs can provide you with droplet microfluidic devices to meet your needs. Get in touch with us to discuss your needs in more details

Our device is engineered to transcend traditional cell processing, offering a label-free, high-throughput solution for a myriad of applications. It's perfect for integrating with perfusion bioreactor systems, dramatically simplifying the cell harvesting process. Additionally, it serves as an essential tool for reducing sample volumes, facilitating easier and less stressful centrifugation. Beyond these applications, it offers a passive approach that allows for the effortless exchange of media in ongoing cultures, ensuring cells remain nourished without interruption. This device is the key to efficient, gentle, and continuous cell processing.

Smart MCs introduces advanced micromixers, essential devices engineered for precision fluid mixing at the micron scale. Catering to the chemical, pharmaceutical, analytical chemistry, and biotechnology industries, our micromixers leverage mechanical micro-parts to revolutionize mixing efficiency and reduce material use in various processes. Whether it's for antibody binding, enzyme treatments, or high-throughput synthesis, our customizable solutions meet the diverse needs of modern scientific endeavors.