3D BIOPRINTed tissue

orthopedicS today, organs tomorrow

While organ bioprinting is frontier science —
our PLATFORM is built to scale for that future.
THE FUTURE OF HUMAN REPAIRS WITH

3D BIOPRINTED IMPLANTS

orthopedics IN 2026
Launching in 2026, the Rotator Cuff Repair implant will be the world's first 3D BioPrinted implant to go commercial.
AESTETICS TOMORROW

Regenerative implants in aesthetic procedures are driven by the need to enhance structure and support natural healing.

ORGANS EVENTUALLY

Organ bioprinting is the next frontier—promising patient-specific, on-demand organs and transforming transplant care. The groundwork is being laid today.


TECHNOLOGY

At the core of our implant R&D and manufacturing is our 3D BioPrinter, 
engineered for scalable, high-performance medical device manufacturing.
TEAM

A highly experienced team with deep domain knowledge across regenerative medicine, biomaterials, and MedTech innovation — bringing together decades of scientific, clinical, and entrepreneurial expertise to drive breakthrough solutions.

SCIENCE

Our 3D bioprinted implants are engineered to accelerate tissue regeneration through biomimetic architecture and bioactive materials. They are bioresorbable and support the body’s natural healing cascade, gradually degrading as new, functional tissue forms.

Hiring top scientists AND ENGINEERS!

Send us your resume and join the bio revolution.

Contact Us
We are always looking to hire the best bioengineers and bioscientists for our team.
Affiliations & Partners

Pioneering Collaborations