Learn how having 3D printers in-house helps the design team at Labomed produce highly aesthetic, accurate products in less time and better cost.
Learn how KIIT, a technology business incubator, uses Stratasys printers to maximize digital health innovation and speed up design & prototyping processes.
Watch how GO Orthotics stays ahead with additive manufacturing. Explore the impact of the H350TM SAF 3D printer and High Yield PA11 in revolutionizing orthotics production.
The Digital Anatomy Creator gives you the power to create ultra-realistic anatomical models. For each layer of the model, you have the freedom to define its position and size, select its mathematical function, and create a digital material using up to five different materials.
The RadioMatrix™ is a radiopaque material that will allow clinical teams, labs, and researchers to 3D print radio-realistic models with radiopacity properties.
Jacobs Institute confronts vascular disease with innovative technological means through the use of 3D printing.
Seth Friedman, PhD, runs the research lab at Seattle Children’s. Over the past year, he has been on a quest to craft the “secret recipe” to recreate the precise paediatric pathologies they treat at their centre.
The Centre for Biomedical and Technology Integration prepares their students for surgery with 3D printed models.
In a field where innovation saves lives, 3D printing solutions empowers doctors and medical device manufacturers to innovate on a time limit.
Learn how those in the industry are using additive manufacturing in the medical field with the Stratasys PolyJet J750.
