We simplify the design and development of fluidic devices, enabling you to streamline and enhance your laboratory processes. We help bring your macro to micro, from the lab to the point-of-need.
Automate and streamline fluidic protocols, reducing manual labor and increasing productivity.
Transfer your process out of the lab and deliver to the point of need.
Achieve precise control over small volumes of fluids, enabling highly accurate and repeatable experiments.
Implement your science at a global scale, pioneer breakthroughs in health, and make a lasting impact.
Due to the small volumes involved, microfluidics can significantly reduce the amount of sample and reagents needed, saving costs and resources.
Microfluidic devices can often perform analyses much faster than traditional lab methods, accelerating the pace of research.
Multiple tests or experiments can be run simultaneously on a single microfluidic chip, enabling high-throughput analysis.
Microfluidic systems can be integrated with other lab equipment and automated, reducing human error and freeing up scientists to focus on data analysis and interpretation.
Microfluidics uses less reagents and produces less waste compared to traditional lab methods, making it a more environmentally friendly option.
Handling smaller volumes of potentially hazardous materials can reduce risks associated with exposure.