Leading the Future of Functional Tissue Engineering

The world’s only integrated tissue engineering platform, combining bioprinting and bioreactors to create real, functional tissues beyond scaffold printing.

BIO V1 Bioprinter
BIO V1 Bioprinter

A modular, high-precision 3D bioprinter for research and biofabrication. Supports multiple biomaterials and print surfaces.

REG4Life Bioprinter
REG4Life Bioprinter

The only fully customizable bioprinter tailored to fit your research needs. Modify extrusion methods, temperature control, and more.

BMAP<sup>®</sup> Knee Bioreactor
BMAP® Knee Bioreactor

R3D Studio simplifies 3D bioprinting with an intuitive interface, scaffold customization, print simulation, and support for multi-material printing.

Creating live, changing futures

We combine customizable 3D bioprinters and advanced bioreactors to enable breakthroughs in regenerative medicine. Unlike solutions that stop at printing a scaffold, our technology nurtures your printed construct into living tissue – because a scaffold alone is not a functional tissue.

End-to-End Tissue Engineering

Cutting-Edge Bioreactors

Trusted by Leading Institutions

01
Solutions

We offer a comprehensive suite of cutting-edge solutions designed to advance tissue engineering and regenerative medicine. From fully customizable bioprinters to advanced bioreactors, sterile environments, and smart software, our technology empowers researchers and professionals to push the boundaries of biofabrication.

02
Services

We provide high-quality biomaterials, cell culture solutions, and essential consumables to optimize every step of the bioprinting process. From biocompatible thermoplastics and hydrogels to polymerization initiators and sterile accessories, our selection ensures precision, reproducibility, and high cell viability in tissue engineering applications.

03
Products

At REGEMAT 3D, we provide a complete range of biomaterials, lab and cell culture solutions designed to optimize 3D bioprinting workflows. Our carefully curated selection includes biocompatible thermoplastics, hydrogels, polymerization initiators, cell culture media and essential consumables, allowing researchers to fabricate high-fidelity tissue models, while maintaining optimal cell viability.