Key features
- Low-temperature bonding: Preserves the activity of pre-immobilized molecules such as oligonucleotides and proteins.
- Wafer-scale fabrication: Enables high-throughput production (up to 13 chips per 8-inch wafer).
- Integrated microarray functionality: Suitable for multiplex analysis—simultaneous detection of many targets.
- Enhanced signal quality: Thanks to the superior optical properties of glass, enabling clearer imaging than plastics.
- Validated biocompatibility: Functionalization remains stable and specific, even after bonding and extended storage.
Your partner in innovation
Looking for a trusted expert in microfluidic device development? CSEM brings decades of experience in biosurface engineering, microfabrication, and systems integration—turning complex ideas into manufacturable solutions.
Whether you're developing next-generation diagnostics or scaling up a research prototype, we offer the technical foundation and collaborative spirit to get you there.
Explore our dedicated page Revolutionize biotech & pharma with Tools for Life Science or contact us to discuss how our glass microfluidics platform can be tailored to your needs.
