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The medical industry is booming. Aging populations, rising rates of health care utilization and advancements in manufacturing technology are driving the industry forward—and toward a future that includes additive manufacturing (AM) as a major part of the part-production environment.

The field of health care is often considered to be one of the most dynamic. The speed at which innovation is occurring—from the way surgeries are performed, to the development of new therapies—is moving evermore rapidly.

Imre Patterson has a smile that lights up any room he walks into. Imre was born with a femoral discrepancy, causing one leg to be shorter than the other.

Additive manufacturing has become increasingly sophisticated in recent years, capable of producing orthopedic implants with complex lattice structures that further enables osseointegration.

Resolution Medical, headquartered in Minneapolis, manufactures parts on contract for medical device OEMs.

EOS said it has partnered with Texas A&M Engineering Experiment Station to provide a professional development program in the field of industrial 3D printing.

Digital manufacturing—industrial 3D printing in particular—has catalyzed world-changing ideas since its inception. This year, however, the technology proved invaluable, moving at warp-speed in the face of unprecedented challenges when the world was overtaken by a fast-spreading virus.

The service bureaus that grew in lockstep with 3D printing’s early rise in popularity have largely evolved into one-stop shops for a variety of machined, fabricated, plastic-injection molded, and of course 3D-printed parts.

To grow in today’s manufacturing world, shops need to consolidate operations, automate, increase efficiency, capture and analyze data and more, in order to fully leverage opportunities in thriving industries, such as aerospace.

Extreme complexity is inherent to jet engines of all sizes, from those on a Boeing 777x to ones that power the smallest drone.