i-Navi Biomedical Inc.
Update：2026/09/15
Industries
Main Industry
Health Care
Main Product/Service
i-Navi Biomedical Inc. is a company specializing in the development of image-guided robotic surgical navigation systems for neurosurgery and orthopedic surgery. Its primary product is the i-Navi robotic surgical navigation system based on 2D/3D C-arm imaging or CT/CTA/MRI imaging. Designed for spinal and cranial surgeries, the system assists surgeons in precisely positioning surgical instruments and implants during procedures, thereby reducing X-ray radiation exposure, surgical risks, and operation times.
(The content above was translated by AI.)
(The content above was translated by AI.)
Founded Year
2019
Unified Business No.
50996522
Status
Closed
Number of Employees
0
Total Paid-in
Capital
0 (NT$)
Location of Company
Taiwan
, New Taipei City
Information such as company name, company status, responsible person, year of establishment, paid-in capital, and registered address is sourced from the Commercial and Industrial Registration Office of the Ministry of Economic Affairs; listing status includes emerging stock, M&A, and IPO; overseas development is provided by the startup itself.
Notice: This data is compiled from public sources for reference only. We have no direct affiliation with the company and are not their contact person.
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About the Company
i-Navi Biomedical Inc. was founded by Professor Ching-Shiow Tseng and his team from the Department of Mechanical Engineering at National Central University. With over 20 years of experience in the field of surgical navigation system development, it is a company specializing in the development of image-guided robotic surgical navigation systems for neurosurgery and orthopedic surgery. Its primary product is the i-Navi robotic surgical navigation system based on 2D/3D C-arm images or CT/CTA/MRI images. Used for spinal and brain surgeries, it assists surgeons in accurately positioning surgical instruments and implants during procedures, thereby reducing X-ray radiation exposure, surgical risks, and operation times. The developed navigation system has undergone clinical testing and validation at Cathay General Hospital, and FDA/TFDA applications will be completed within one year. New technologies such as AI and AR will also be integrated into the i-Navi system.
In current brain surgeries, surgeons can only analyze the anatomical structure of brain lesion tissues and plan appropriate surgical paths based on preoperative CT or MRI images and clinical experience. During surgery, navigation systems are then used to assist in the guidance and positioning of surgical instruments. However, the vast majority of current navigation systems only provide three cross-sectional views of a single type of medical image, lacking 3D views of the patient's critical brain tissues (sulci, blood vessels, and nerves), which leads to high uncertainty in surgical safety, making it time-consuming and difficult.
The i-Navi brain surgery navigation system integrates navigation and AR 3D display, aligning the reconstructed 3D artery/nerve models with the patient. The 3D artery/nerve models presented by AR glasses help surgeons accurately plan safe surgical paths that avoid cerebral arteries, and position surgical instruments during the operation based on the planned path. Skull models containing arterial vessels can also be printed using 3D printing technology. By using AR glasses to display a 3D scene that combines models of the cerebral arteries, surgical instruments, and the skull, surgeons can perform surgical simulations or surgical training.
(The content above was translated by AI.)
In current brain surgeries, surgeons can only analyze the anatomical structure of brain lesion tissues and plan appropriate surgical paths based on preoperative CT or MRI images and clinical experience. During surgery, navigation systems are then used to assist in the guidance and positioning of surgical instruments. However, the vast majority of current navigation systems only provide three cross-sectional views of a single type of medical image, lacking 3D views of the patient's critical brain tissues (sulci, blood vessels, and nerves), which leads to high uncertainty in surgical safety, making it time-consuming and difficult.
The i-Navi brain surgery navigation system integrates navigation and AR 3D display, aligning the reconstructed 3D artery/nerve models with the patient. The 3D artery/nerve models presented by AR glasses help surgeons accurately plan safe surgical paths that avoid cerebral arteries, and position surgical instruments during the operation based on the planned path. Skull models containing arterial vessels can also be printed using 3D printing technology. By using AR glasses to display a 3D scene that combines models of the cerebral arteries, surgical instruments, and the skull, surgeons can perform surgical simulations or surgical training.
(The content above was translated by AI.)
