Medical & Dental

The market for 3D-printed prosthetics continues to grow, as additive manufacturing offers unique opportunities in terms of customization, comfort, and cost. It allows for components tailored to each person’s anatomy—all more quickly and at unbeatable prices. This makes these prosthetics…

We no longer need to explain why additive manufacturing is so popular in the medical sector: examples and applications abound, and the benefits are very real. But beyond these use cases, a more transformative trend is emerging: the direct integration…

There is a widespread belief that we are on the verge of 3D printing functional organs, but the reality in the lab is far more complex. Although that goal remains distant, a team of researchers at ETH Zurich has reached…

The dental industry is one of the sectors that makes the most use of additive manufacturing to provide customized devices tailored to each patient. Using 3D scans or medical imaging data, dental professionals can create precise 3D models and print…

Chronic wounds are defined by being unable to fully heal naturally, persisting at an inflammatory stage due to imbalances in the wound microenvironment. These wounds, including diabetic ulcers and pressure sores, can linger for months or even years. Wound dressings…

Additive manufacturing is increasingly finding its place in healthcare, enabling the creation of patient-specific anatomical models that give surgeons a deeper understanding of complex cases before they ever enter the operating room. By transforming MRI and other medical imaging data…

New research has been published in Advanced Functional Materials regarding the development of 3D printed bone scaffolds to encourage bone growth.  A team from the Swiss Federal Technology Institute of Lausanne (EPFL) created a bone-like composite that uses naturally occurring…

It’s almost unrealistic to think that additive manufacturing can achieve this level of detail, don’t you think? And yet, you’re not dreaming: technology makes it possible to recreate body parts, skin models, and organs that are extremely faithful to reality.…

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…