At a leading biomedical research lab in the United States, scientists faced ongoing challenges with low deposition precision and poor reproducibility in biological material experiments. Traditional manual or mechanical dispensing methods lacked micron-level accuracy, resulting in inconsistent data and unreliable outcomes.

To overcome these limitations, the lab implemented our Laboratory Inkjet Printing Solution, featuring advanced droplet control and intelligent fluid management technology. This system enables precise deposition of biomaterials on various substrates such as glass slides and polymer films.
The fully automated process supports patterned layouts and nanoliter-scale droplet output, meeting the demanding needs of modern biological research.

After adopting the new system, experimental efficiency increased threefold, and data reproducibility improved significantly. Researchers can now perform cell culture, drug screening, and tissue printing with higher speed and precision.
The project lead remarked: “This solution transformed the way we conduct experiments — from ‘possible’ to ‘predictable.’ It allows us to perform high-throughput studies with greater confidence and accuracy.”

This successful implementation marks a key milestone in applying inkjet printing technology to life sciences and sets a new standard for precision biomanufacturing.