Microfluidic chips
Microfluidic chips made of glass produced by Klearia use a low-temperature bonding process, below 300°C. This technique was developed and patented during the doctoral thesis of Clément Nanteuil, the CEO of Klearia, in 2010. This innovation represents a significant advancement in microfluidic technology, as low-temperature bonding offers several advantages.
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The Advantages of Klearia process for custom glass microfluidics chips manufacturing
01
Customization and quality of features
Coupling photolitography with wet etching process offer a large range of design's customization with an ideal roughness and flatness for applications requiring optical observations through a microscope like life sciences for example.
02
Sensitive materials embedment
Lower temperatures reduce the risk of damaging sensitive materials or components embedded within the chips, making the process suitable for a wide range of applications involving sensors and actuators. Ideal for the manufacturing of Lab-on-chips.
03
Reduce your development costs
Due to the complex manufactruing steps realized in cleanroom, glass microfluidics chips are generally high entry costs. In Klearia, we propose to manufacture on a 4'' wafer process line in order to reduce the N.R.E on a new design to test. Ideal for small to mdium volume size!
Characteristics of Glass microfluidics chips
Glass chips have the advantage of withstanding extreme conditions: they are resistant to chemicals, and have higher bulging pressures than conventional polymer microfluidic chips. Moreover, their lifespan is considerably longer compared to almost single-use PDMS microfluidic chips (Polydimethylsiloxane).
Chemical Resistance
HNO3, H2SO4~15mol/L
Grafting Capabilities
between 20°C and 180°C
Compatible with Sensors/Transducers
dielectric
Pressure Resistance
ΔP> 10Bar
Optical Advantages
DUV/UV, VIS and IR
Bacteriological Control
Non-cytotoxic, Autoclavable
Microfluidic Chips can be used with our Pandeno
Our range of microfluidic services is extensive, encompassing everything from the creation of microfluidic chips, to the customization of microfluidic devices or sensors, as well as providing comprehensive R&D support.
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The microfluidic device Pandeno is equipped with microfluidic pumps and can be accompanied by solenoid valve modules or flow sensors to best suit your microfluidic circuits.