Innovative design and accuracy of optical and electromagnetic integrated surgical navigation system: phantom and in-vivo studies

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The cost-effectiveness of the integrated navigation system improves surgical applications, indicating potential advances in surgical precision.
Technical error for the optical electromagnetic integrated navigation system measured 0.5 ± 0.1 mm during phantom studies, highlighting its precision.
Utilizing a tailored prosthesis module assessed the navigation system's accuracy amid controlled animal experiments, emphasizing reliability.
Significant implications arise from enhanced accuracy and stability in navigation, offering advantages over traditional optical systems.

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Evaluation reveals improved cost-effectiveness in a novel surgical navigation system, indicating enhanced application accuracy.

Wu et al. (2025) studied this question.

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