• Optical transparency: The glass substrate has good optical transparency, allowing light to penetrate easily, which is convenient for optical detection and analysis.

• Chemical stability: Glass materials have excellent chemical stability, and can withstand strong acids, strong alkalis, organic solvents and other corrosive substances, ensuring the long-term stability and service life of the chip.

• Biocompatibility: Glass substrates are naturally biocompatible and do not cause toxicity or other harmful effects on biological samples, facilitating mass transfer and analysis of biological samples.

• High temperature stability: The glass substrate can withstand high temperature environments, making it suitable for some microfluidic applications that require high temperature processing.

Glass droplets generate chips

Technical Parameters

• Disease diagnosis: Microfluidic chips using glass substrates can realize rapid, sensitive and non-destructive detection of biological samples for early diagnosis of diseases.

• Chemical analysis: Through the microfluidic chip, the chemical sample can be accurately controlled and analyzed, and the efficiency and accuracy of chemical analysis can be improved.

• Bioengineering: Microfluidic chips on glass substrates can be used in bioengineering fields such as cell culture and biosensing to provide better support for biological research and applications.

• Drug screening: Microfluidic chips can be used for high-throughput drug screening to accelerate the drug discovery process.

In summary, microfluidic chip glass substrates have a wide range of application prospects due to their unique material properties.

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