Advancing Biomedical Research with Precision-Engineered 3D Scaffolds
VivoTex creates precision-designed MEW scaffolds at scale that enables researchers to model complex tissue environments and drive new discoveries.
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PROBLEM
Current in-vitro models are inconsistent, fail to replicate complex tissue environments, and are overly reliant on animal studies that lack human relevance, limiting reproducibility and predictive outcomes.
PROBLEM
Current in-vitro models are inconsistent, fail to replicate complex tissue environments, and are overly reliant on animal studies that lack human relevance, limiting reproducibility and predictive outcomes.
PROBLEM
Current in-vitro models are inconsistent, fail to replicate complex tissue environments, and are overly reliant on animal studies that lack human relevance, limiting reproducibility and predictive outcomes.
SOLUTION
VivoTex MEW scaffolds are reproducible, customizable, and biologically relevant, providing cost-effective human-relevant models that replicate complex tissues and deliver more predictive results.
Precisely controlled MEW micro-architecture facilitates cell–cell interactions that are critical for tissue organization & function.
Scaffold geometry, including fiber diameter, spacing, and orientation can be precisely tuned to guide cell migration & infiltration.
MEW scaffolds are fabricated with defined geometry, delivered sterile & ready to use, with a team ready to support your success.
High-precision fabrication delivers uniform fiber placement & scaffold geometry, enabling consistent experimental outcomes.
Our scaffolds provide mechanical integrity & stability, improving handling during seeding, culture, & downstream analysis.
How Researchers Use VivoTex Scaffolds
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Upcoming Events and Recent News
Welcome Adam Rauff!
We're excited to have Adam join the VivoTex family!
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Join Us at SFB
Come see us in Atlanta at the Society For Biomaterials 2026 Annual Meeting and Exposition from 3/25 - 3/28
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