Zimmer Biomet to Preview the Next Era of Intelligent Orthopedic Surgery at AAHKS 2026
Key Highlights
- ➤Zimmer Biomet (ZBH) will preview intelligent orthopedic surgery systems at AAHKS 2026.
- ➤New category aims to connect surgical decisions with patient recovery outcomes.
- ➤Symposium scheduled November 6 in the Dallas area, featuring personalized surgery technologies.
- ➤Booth will showcase robotics, navigation, connected care and ASC solutions.
- ➤Company emphasizes transferring procedural burden without reducing surgeon control.
Expert Statements
Jonathan Vigdorchik, Chief Science, Technology and Medical Affairs Officer at Zimmer Biomet
“Over the past decade, surgical planning, navigation and robotics have fundamentally changed how we perform surgery, but precision alone isn't the end goal.”
Jonathan Vigdorchik, Chief Science, Technology and Medical Affairs Officer at Zimmer Biomet
“Today, we know which patients do well, but we don't always know exactly how their surgery was performed or which surgical decisions contributed to their outcomes.”
Jonathan Vigdorchik, Chief Science, Technology and Medical Affairs Officer at Zimmer Biomet
“We need to move beyond a surgeon's subjective assessment of a successful operation to objectively measuring what happened in the operating room and connecting those decisions to how the patient recovered.”
Jonathan Vigdorchik, Chief Science, Technology and Medical Affairs Officer at Zimmer Biomet
“That's where we see the opportunity for intelligent systems: helping surgeons make better-informed decisions, translating their intent into action and reducing the procedural burden.”
Jonathan Vigdorchik, Chief Science, Technology and Medical Affairs Officer at Zimmer Biomet
“Ultimately, we want to create a continuous feedback loop between surgical decisions and patient recovery, so that what we learn from every patient helps us deliver better care for the next.”
Zimmer Biomet to Preview the Next Era of Intelligent Orthopedic Surgery at AAHKS 2026 PR Newswire
Featured symposium will reveal a new vision for intelligent systems that support surgeon judgment, reduce procedural burden and connect the episode of care
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