Microphysiological Systems

High Porosity:
Engineered with a staggered, highly porous structure that closely mimics the natural extracellular matrix (ECM), promoting optimal cell attachment, growth, and differentiation.
Customizable Design:
Fully customizable in thickness, porosity, polymer blends, and drug-eluting capabilities — enabling researchers to tailor scaffold properties to meet specific tissue types and experimental requirements.
Biocompatible, Animal-Free Materials:
Manufactured from synthetic, animal-free materials to ensure broad compatibility with a wide range of cell types and culture conditions.
Mechanical Integrity:
Delivers reproducible, durable, and robust structural support for cells and tissues throughout culture and experimentation.
Material Flexibility:
Available in both biodegradable and non-degradable formats, offering options for either temporary or permanent platforms for cell integration and tissue formation.
Versatile Applications:
Ideal for use in Organ-on-Chip systems, Microfluidics, and other Microphysiological Systems (MPS) applications.

Regenerative Medicine:
Leverage the potential of Bio-Spun™ scaffolds for regenerative medicine, including applications in tissue engineering, wound healing, and long-term cell integration.
Drug Screening & Discovery:
Utilize Bio-Spun™ scaffolds to study cell behavior and drug responses within a controlled, biomimetic microenvironment — helping accelerate drug discovery and development.
Disease Modeling:
Develop more human-relevant, three-dimensional tissue models using Bio-Spun™ scaffolds to better characterize disease progression and identify potential therapeutic targets.