The wafer bonding technology and laser processing technology are combined to form a stereo microchannel biomedical test wafer. The wafer device can simultaneously accept and detect the same blood sample by Raman and OCT detection sensors to achieve the highest purpose in accurancy. The device will also reconcile the AI, Artificial Intelligence, and the big data analysis technologies to achieve a high speed biomedical test chip.

First, break through the conventional microfluidic design by a 3D design to integrate OCT and Raman spectroscopy into one evaluation. Second, break through the limitations of the optical properties of materials to directly engrave microchannels by lasing. Third, break through the material temperature limit by using low-temperature wafer bonding technology to maintain high accuracy specifications.

This biomedical testing chip is mainly used in the medical equipment market, and can also be extended to the pharmaceutical, chemical and food testing industries. This The microfluid chip is expected to replace the traditional for drawing the amount of blood to half-needle. It requires only takes tens of seconds for Raman and OCT interactive detection to obtain perfect detection results.