Universal platform accommodates 6-, 12- and 24-well sized inserts
VITROCELL® Continuous Flow Exposure Systems have set the standard for exposing cell cultures to a dynamic range of gases, complex mixtures or particles. Now we introduce the new generation of exposure modules.
It has been specifically designed and engineered to facilitate research of the direct exposure of human cell cultures to airborne substances such as gases, complex mixtures, nanoparticles and fibers.
VITROCELL® Continuous Flow Exposure Systems have set the standard for exposing cell cultures to a dynamic range of gases, complex mixtures or particles. Now we introduce the new generation of exposure modules.
This NextGen module isn’t just an addition to our lineup; it’s a transformative platform that redefines what’s possible in inhalation toxicology in vitro. Here’s why:
The universal platform accommodates 6-, 12- and 24-well sized inserts, making it adaptable to a wide range of research needs.
Electrically heated top and base ensure a stable environment at 37° C, with LED indicators for readiness, ensuring your samples are maintained at optimal conditions.
Experience hassle-free locking/closing in combination with a “sandwich“ design for easy handling. The specially engineered O-ring mountings ensure quick O-ring exchanges and super tight sealing.
Optional in-cavity measurements of relative humidity and temperature provide a detailed and online view of cell relevant exposure data.
Full QCM compatibility and a seamless integration into VC Monitor Software: you manage to visualize up to 5 exposure modules via one power-hub.
With the VITROCELL® NextGen Modules it has never been easier for researchers to explore the frontiers of aerosol science. We present the future of in vitro inhalation toxicology research with our new platform that combines versatility, precision control, and ease of use.
Exchangeable aerosol inlets ensure a versatile use of exposure module. The top and base modules incorporate integrated electrical heating.
VITROCELL® exposure systems have been specifically designed and engineered to give researchers the possibility of directly exposing mammalian cells or tissue at the air/liquid interface. Thus, all cell types cultivated on microporous membranes can be used. This approach allows for more credible and authentic results than by submerged exposure due to a closer replication of the human physiology.
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