Future of Orthopedics

Dynamic Compression Screws from the University of Utah

Researchers Develop New Way to Improve Fracture Fixation

A dynamic compression implant system gives surgeons a way to provide sustained compression and better stability throughout the healing period.

WEBINARS & WHITE PAPERS
FROM THE LAB
ADDITIVE MANUFACTURING

Nano surface technology from Nanovis
The Art and Science of Successful Implant Designs

Material innovation is driving the next generation of device performance and improved patient outcomes in spine surgery.

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3D printing powder surrounding an implant
Capitalize On Additive Manufacturing to Save Time and Money

Orthopedic companies that are willing to experiment with the technology will be the ones to unlock its true advantages.

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Four clear capsules containing Himed powders used in 3D printing
Advanced Materials Take 3D-Printed Implants to the Next Level

Bioceramics, tantalum and resorbable alloys are redefining what’s possible in orthopedic device applications.

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Concept image of titanium orthopedic plates
Advanced Materials Inspire New Thinking in Device Designs

New developments have expanded the potential of metals and bioresorbables that are ushering in a new era of implant performance.

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DIGITAL TECH

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