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Move beyond infills to lattices for lighter weight, better functioning 3D printed parts and products. Learn the techniques and the top software tools.
What are the biocompatible 3D printing resins, filaments, and metals and how do you know when your product requires them? Let's take a look.
Learn what to look for in today's best dental 3D printers and start producing your own dental models, dentures, surgical guides, custom trays, and more.
From knee braces to wrist supports, here's how to custom-fit 3D printed braces for yourself or orthotics for your patients with accessible and affordable digital manufacturing technologies.
Micro 3D printing – or more precisely, microscale additive manufacturing – is fueling a new miniaturization revolution in everything from microchips to medical devices.
3D printing is revolutionizing the orthotics industry. See how 3D printed orthotics are reducing costs and speeding up customization!
3D printing is becoming a preferred manufacturing method for load-bearing orthopedic implants. Find out why your next implant is likely to be 3D printed.
This new and novel low-cost quality assurance cube is a promising accuracy protocol for point-of-care 3D printing and beyond.
Oral scanning is quickly replacing molding for accurate impressions in digital dentistry. How do you make the switch and which dental scanner is right for you?
Patient-specific medical models cut hospital costs, better prepare doctors, and improve outcomes for patients. Take a look at the latest advancements and best printers for 3D printed medical models.
Learn why vat photopolymerization is the most advanced 3D printing method for technical ceramic materials used for more parts today than ever.
Deepen your understanding of technical ceramics and why 3D printing is the fasting growing method of manufacturing ceramic parts and products.
3D bioprinting has come a long way over the last decade. Find out the latest developments in 3D printed organs and body parts.
HP's new Nylon 11 material targets the prosthetic and orthotic devices industry offering a robust material and a lower overall per part cost.
Multi-color, multi-material anatomical modeling just got more accessible with the new J5 Digital Anatomy from Stratasys.
US FDA approves cloud-based AI software solution for creating personalized 3D anatomical models used in diagnostics and surgical planning.
The Artec Leo is a professional-grade handheld 3D scanner that offers onboard automatic processing and a built-in HD display. Read on for our review.
Learn the science behind two-photon polymerization (TPP) and why it has the potential to usher in a new revolution in micro additive manufacturing.
Monash University in Australia has created the first commercially available kit of realistic, full-color 3D printed cadavers for studying human anatomy.
By integrating medical-grade PEEK into its established digital workflow for cranio-maxillofacial implants, Materialise offers surgeons an alternative to titanium.