Integrated in One Dock, Expandable with Multiple Modules; From Digital Microfluidics to Organ-on-a-Chip

Digital Microfluidics Technology Platform

• AI Vision-Enhanced DMF Platform

• 128-channel independent electrode control and 20~200 V wide voltage output; integrates programmable high-voltage droplet actuation, PID temperature control, and a dual-mode optical system for brightfield/darkfield imaging and epi-fluorescence detection; supports losed-loop control of AI object detection and semantic segmentation, enabling real-time recognition of droplet states such as splitting and merging.

Organ-on-a-Chip and Dynamic Disease Modeling

• Utilizing the perfusion module (supporting internal circulation and external continuous perfusion) to construct a physiologically relevant dynamic microenvironment, simulating the shear stress caused by blood flow. It supports long-term dynamic culture, metabolite clearance, and dynamic drug administration for organoids such as liver, intestine, and brain; combined with custom chips, it can conduct research on multi-channel organ series or barrier models.