Medical & Dental

CompagOs is dedicated to advancing bone health by helping researchers translate scientific discoveries into real-world applications, and ultimately, better treatments for patients. At the heart of its work are biologically reproducible Bon3OID™ in vitro bone models, produced using bioprinting. According…

What if cranial malformations could be treated without surgery, directly at their genetic source? An Italian research team has developed a promising therapeutic strategy to address craniosynostosis, a condition characterized by premature fusion of the skull sutures in infants. The…

In late December 2025, a research group in China published a comprehensive review on an emerging material in the microneedle landscape: natural polysaccharides. While these “complex carbs” are derived from simple plant, animal, and microbial sources, their potential for 3D…

A research team at Carnegie Mellon University in Pittsburgh received $28.5 million in funding from ARPA-H to carry out the LIVE (Liver Immunocompetent Volumetric Engineering) Project. The goal? To manufacture functional liver tissue for patients with acute liver failure using…

3D printed implants have already demonstrated huge potential in the surgical space. These implants are customized for patients, can reduce operating times by hours, and improve overall operational success. Today, we’re featuring a company entering that space: OsseoLabs. A finalist…

In October 2025, Rambam Health Care Campus in Haifa, Israel, marked a world first with the successful transplantation of a fully 3D bioprinted corneal implant, created entirely in the lab from living human cells. Developed by Precise Bio, the implant was…

Bone is deceptively complex. It is light, porous, and strong at the same time, a combination that has long challenged engineers and clinicians trying to replace or repair it. Metal implants and bone grafts remain standard solutions, but they rarely…

Additive manufacturing continues to establish itself as a transformative tool in medical practice. Its ability to produce customized, reproducible, and low-cost devices has allowed fields such as neurosurgery to advance toward solutions that were previously unimaginable. One of the most…

In one of the most severely affected healthcare systems in the world, a team of doctors and engineers has achieved an unprecedented breakthrough. GLIA, an international medical relief organisation, has designed and produced the world’s first 3D-printed external fixator inside…

Stratasys has announced full U.S. availability of RadioMatrix™, its radiopaque 3D printing material designed for advanced medical imaging education, device testing, and research. The material was previously limited to select programs in Europe. It is now available for healthcare providers,…

When pilots and astronauts go into flight, their bodies are pushed into environments far more extreme than anything experienced on the ground. To better understand how humans respond under these intense conditions, researchers at Texas A&M University, supported by the…

Imagine a future where a medical facility can take a patient’s CT scan, rapidly 3D print their blood vessel model, test how their blood responds, and even use AI to predict their risk of stroke years in advance. This is…