Microfluidics
Sammelfoto von div. Chips?
Microfluidic chips are used to precisely transport, mix, separate, encapsulate, sense and analyze tiny volumes of liquid (in the microliter to nanoliter range) in microscopic channels
Typical users are companies in the following sectors:
- medicine
- pharmacy
- cosmetics
- automotive
Protein identification and quantification
This device features channels and chambers, as well as various inputs and outputs. In the final step, a suitable glass cover is welded onto the chip to make it functional.
Foto fehlt / Genopore
Foto fehlt / ILT
Spiral / wave sorter chip
- accurate and efficient cell / particle sorting
- in- and outlets as prefered
- tube tuck connector
- threats
- customised shape
- nozzles and other functional features can be placed individually
- Multi-layer design possible
Prototypes
This device is a mimicking biodegradation
of hydrocarbon in porous media.
Glass micro-models provide optimal conditions for the chemo-bio-physical
contraints such experiments require. Indeed, glass is chemically inert, thermally sterilisable
and offers best optical characteristics for experiments that are several weeks long.
Foto fehlt / IMFT
3D microfluidic devices with features for:
- cell analysis
- reaction chambers
- pharmaceutical production
- chemical analysis
Pro
This
Foto fehlt / Charite
Downloads | Links
Data sheet SLE
Specifications and some examples of products can be found in the data sheet SLE: Specifications and some examples of quartz glass products that we manufacture for you with our LightFab 3D printer.
Technical article in JLMN
Details on the SLE process for manufacturing 3D components in quartz glass can be found, for example, in our technical article in JLMN and the references provided there.
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