Transform a scan into a fully interactive 3D model of the joint, empowering patient-specific implant selection and placement.
Take control of the pre-op planning process with our AI-driven web app, backed by cutting-edge biomechanics.
Trust in a platform that has been fine-tuned by high-volume opinion leaders to reflect the needs of surgeons.
The Formus platform can reduce the cost of joint replacement by 25%; eliminating manual image segmentation, limiting inventory shipping and sterilization costs, and reducing the risk of revision.
Our advanced, AI-driven planning software enables surgeons to work on cases remotely, significantly reducing patient wait time and improving overall workflow.
The Formus platform provides a critical link between pre-op imaging and intraoperative guidance and delivery, facilitating a highly personalized approach to joint replacement surgery.
This is delivered via an intuitive browser-app or through our secure API for highly-scalable integration with existing platform
At any hospital, anywhere in the world.
Formus Labs is an orthopedic software development company creating world-first solutions for joint replacement surgeries.
Founded from within the world-renowned Auckland Bioengineering Institute, the Formus platform employs cutting-edge biomechanics and AI to empower surgeons and improve the lives of patients worldwide.
Formus Labs has recently hired Zoe Hart as their Australian Country Manager. Zoe is the company’s first representative in Australia. She will lead business development, marketing/sales strategies and build the name of Formus Labs, helping to bring more surgeons on board and support the sales team of our commercial partner.
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Formus Labs software engineer Jamie Kydd started developing this technology in late 2020. Jamie says the software has the potential to allow surgeons to know how accurate their surgeries have been.
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With the support of Callaghan Innovation, Formus Labs has recently hired a Clinical Research Associate. Lilian Lim came to Formus Labs from a year as a research assistant with the Musculoskeletal Modelling Group at the Auckland Bioengineering Institute (ABI) after completing her Masters of Engineering in 2020.
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