Biofabrication & Regenerative Innovations

Revolutionizing personalized healing through 3D bioprinting and regenerative biotherapeutics

Project Vision

Our mission is to develop cutting-edge technologies for personalized tissue regeneration, printed organoids, and next-generation prosthetics using 3D bioprinting and stem cell science.

Core Technologies

3D Bioprinting

Personalized tissue fabrication and organoid development using advanced biocompatible materials and precise layer-by-layer construction.

Regenerative Biotherapeutics

Yamanaka factors (OSKM) and stem cell reprogramming for cellular rejuvenation and tissue repair applications.

Organ & Prosthetic Design

Customized, patient-specific scaffolds with integrated vascular networks for optimal tissue integration.

Biocompatible Inks

Advanced hydrogels embedded with living cells and growth factors for enhanced bioactivity and functionality.

Prototype Work

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3D Printed Organoids

Liver spheroids and heart tissue patches for drug testing and regenerative medicine applications.

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Orthopedic Implants

Small non-load-bearing implants with integrated sensory feedback systems for enhanced patient outcomes.

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Functional Tissue Models

Printed tissue constructs for pharmaceutical testing and disease modeling research.

Collaborations

We're working closely with leading institutions, including the University of Minnesota Stem Cell Institute, and our internal Biotechnology and Surgical Robotics teams to accelerate innovation and bring cutting-edge solutions to market.

Applications

Wound Healing Patches

Advanced bioactive dressings

Engineered Skin Grafts

Patient-specific tissue replacement

Smart Prosthetics

Sensory feedback integration

Cartilage Engineering

Joint repair and regeneration

Vascular Tissue

Blood vessel reconstruction

Rejuvenation Therapy

Cell reprogramming treatments