3D-printed anatomical models replicate biomechanics of human anatomy to help improve training, transform surgical planning and bring new medical innovations to market faster.

Enhanced chemical resistance and fatigue performance of the PEKK-based material over other alternatives provide Boeing with a new, high-performance option for polymer flight parts.

Report underscores the use of 3D printing as a learning tool to drive engagement with students and help them develop critical thinking, problem-solving, and design thinking skills

Nylon 12 Carbon Fiber can retain its mechanical properties due to low moisture absorption, enabling it to maintain consistent performance.

Global rail companies continue to face growing challenges to build and maintain trains faster and at lower costs. Striving for engineering and design excellence, strict material and functionality regulations in the rail industry add additional levels of complexity to producing new or spare rail parts. In order to meet industry requirements, Europe’s leading transport companies – Bombardier Transportation, Deutsche Bahn ESG and Siemens Mobility – have all invested in additive manufacturing technology. In this interview, experts from these companies each provide their insights into the rail industry’s inherent production challenges and how their adoption of additive manufacturing helps to address them.

Findings from inaugural report signal mounting confidence in 3D printing’s ability to transform business operations. Over half of survey respondents plan to invest up to $100,000 in 3D printing technologies next year.

Installation of Fortus 450mc 3D printer results in cost-effective production and fast turnaround of high-quality customized parts with ESD-compliance.

Purchase of four Stratasys F900 3D Printers underscores growing demand for additive manufacturing in aircraft interior production.

Transformation powered by additive manufacturing helps GM move faster, cut costs, and produce safer, lighter-weight manufacturing aids. Retooling production for ventilators aided by Stratasys FDM systems.

Growing use of additive manufacturing for prototypes, tooling and end-use parts significantly reduces cost and lead time compared to traditional methods.