IMT biochips, microfluidic devices, and flow cells are engineered for high-precision diagnostics, life sciences, and analytical applications. Combining microstructuring, optical coatings, and cleanroom manufacturing, they support controlled fluid transport, optical readout, and seamless system integration. Designed for reproducibility and scalability, IMT solutions meet demanding requirements in medical technology, biotechnology, and sensor platforms.
IMT delivers integrated glass-based solutions combining precision microstructuring, optical and conductive coatings, and cleanroom manufacturing. New lithography processes allow the integration of glass microchannels with easily accessible gold structures, enabling reliable fluid handling, optical detection, and electrical functionality for biochips, microfluidic devices, and analytical systems used in life science and industrial applications.
IMT delivers integrated glass-based solutions combining precision microstructuring, optical and conductive coatings, and cleanroom manufacturing. New lithography processes allow the integration of glass microchannels with easily accessible gold structures, enabling reliable fluid handling, optical detection, and electrical functionality for biochips, microfluidic devices, and analytical systems used in life science and industrial applications.
IMT delivers integrated glass-based solutions combining precision microstructuring, optical and conductive coatings, and cleanroom manufacturing. New lithography processes allow the integration of glass microchannels with easily accessible gold structures, enabling reliable fluid handling, optical detection, and electrical functionality for biochips, microfluidic devices, and analytical systems used in life science and industrial applications.
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