
We have developed and commercialized the multi-immunoblot automation system used in general hospitals and medical examination centers, the on-site diagnosis system used in small and medium-sized hospitals, and the mobile diagnosis system used by individuals at home.
To build these systems, basic technologies such as IT, mechanics, and design/design are required, and finally, they are commercialized through fusion with bio/nano technology-based reagents for in vitro diagnostics.

Mobile health diagnosis and the foundational technology of digital health care
Optical detection using light-emitting diodes/photodiodes.
Independent optical arrangement / Algorithm (patent)
Biosensor ↔ Smartphone interlocking and sensor information recognition

Measurement technology that increases the signal and removes noise through time control using lanthanide fluorescent substances with long fluorescence duration
Construction of a low-cost, high-efficiency optical system using wide Stokes shift (patented)
Simultaneous measurement of fluorescence/time-resolved fluorescence(TRF)
Maximized sensitivity and specificity (quantitative analysis of trace biomarker)

Essential technology for a fully automated analysis system
Ensuring precision of dispensing by recognizing whether the sample is aspirated or malfunctioning
Improved accuracy of dispensing by increasing the suction sensitivity by more than two times compared to the existing technology (patented)

Developed the world's first integrated immunoblot automation system
Automate the entire process including dispensing-reaction-washing-analysis
Dramatically reduce analysis time
Introduction of an immunoblot lot management system
Development of precise temperature control technology (patent application)