MICROFABRICATED DEVICES FOR NEXT-GENERATION CELL CULTURE
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Improve the physiological relevance of your in vitro experiments with our microfabricated cell-culture devices!
NEURONAL CO-CULTURE // 3D CULTURE // NEUROMUSCULAR JUNCTIONS (2D-3D) // 3D MUSCLE CULTURE // CUSTOM DEVICES // AND MORE
96-well microplate format currently available for several devices, with the lowest cost per experiment.
MICROFABRICATED DEVICES FOR NEXT-GENERATION CELL CULTURE
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Improve the physiological relevance of your in vitro experiments with our microfabricated cell-culture devices!
NEURONAL CO-CULTURE // 3D CULTURE // NEUROMUSCULAR JUNCTIONS (2D-3D) // 3D MUSCLE CULTURE // CUSTOM DEVICES // AND MORE
96-well microplate format currently available for several devices, with the lowest cost per experiment.
ADVANCED IN VITRO MODELS
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Want to try some of our products? Take advantage of our new customer program and get a free sample pack. Contact us now for more info.
Create human-relevant models
Let’s work together to create ground-breaking human-relevant models that have the potential to revolutionize the drug discovery process! No matter if you work in life science research, drug discovery or drug safety assessment, with our unique microfabricated devices you can take full advantage of emerging cell culture technologies, such as stem cell and 3D culture systems and create powerful in vitro models for your research.
Our tools are here to help you perform experiments that are more precise and physiologically relevant so your models can be more accurate and have higher predictability than traditional in vitro or animal models. Not just that, we designed them to save time, increase experimental data output, reduce plastic waste and minimize the requirement for technical expertise and lengthy training processes!
By creating cutting-edge (yet affordable) in vitro models, potential therapeutics can be identified early on in the drug discovery process and effective treatments developed much faster. We believe, together we can revolutionize the drug development process.
Are you ready to take your research to the next level?
Create human-relevant models
Let’s work together to create ground-breaking human-relevant models that have the potential to revolutionize the drug discovery process! No matter if you work in life science research, drug discovery or drug safety assessment, with our unique microfabricated devices you can take full advantage of emerging cell culture technologies, such as stem cell and 3D culture systems and create powerful in vitro models for your research.
Our tools are here to help you perform experiments that are more precise and physiologically relevant so your models can be more accurate and have higher predictability than traditional in vitro or animal models. Not just that, we designed them to save time, increase experimental data output, reduce plastic waste and minimize the requirement for technical expertise and lengthy training processes!
By creating cutting-edge (yet affordable) in vitro models, potential therapeutics can be identified early on in the drug discovery process and effective treatments developed much faster. We believe, together we can revolutionize the drug development process.
Are you ready to take your research to the next level?
ADVANTAGES
HIGH QUALITY
We want your project to be a success! That’s why we are committed to great attention to detail – for every product and project, from design to end-user application!
INCREASED PRODUCTIVITY
Focus on the science rather than technical intricacies! We designed our products to increase experimental data output and minimize the requirement for technical expertise and lengthy training processes.
HUMAN-RELEVANT
We understand that your experiments need to be meaningful! Our lab-on-a-chip technologies are specifically designed to be more precise and physiologically relevant, leading to meaningful interpretation of your results!
AFFORDABLE
Our proprietary fabrication methods are time- and $$$-saving and we are happy to pass the savings on to you!
OUR TECHNOLOGIES ASSIST RESEARCH
in Publicly and Privately Funded Institutions
