Magnetic Stimulation Navigation and Positioning System

This Magnetic Stimulation Navigation and Positioning System is a professional high-precision supporting equipment dedicated to transcranial magnetic stimulation (TMS) and related magnetic stimulation devices. Developed based on advanced 3D imaging and binocular vision tracking technology, it integrates MRI image processing, 3D brain model reconstruction, sub-millimeter level real-time tracking and automatic follow-up compensation functions. It is mainly used to solve the problems of inaccurate positioning, easy deviation and low treatment efficiency of traditional magnetic stimulation devices relying on manual experience. The system can automatically reconstruct a 3D brain model based on the patient’s MRI images, accurately divide brain regions, and realize visualized and personalized target positioning through the collaboration of binocular vision and mechanical arm. During the treatment, if the patient’s head moves, the system can perform real-time follow-up compensation to avoid “target deviation”, ensuring that the magnetic stimulation can accurately act on the preset target area. It is perfectly compatible with high-end TMS devices (such as TMS-AP/AM) and other magnetic stimulation equipment, forming a closed-loop of “precise positioning + targeted stimulation + effect evaluation”, and is widely used in neurology, psychiatry, rehabilitation medicine, neuroscience research institutions and tertiary hospitals. With high positioning accuracy, stable performance, intelligent operation and humanized design, it provides reliable technical support for precise neuromodulation treatment and neuroscience research, and is an essential high-end supporting equipment for modern precise magnetic stimulation therapy.

Key Features:

1.Adopt advanced 3D imaging and binocular vision tracking technology, realizing sub-millimeter level positioning accuracy

2.Automatically reconstruct 3D brain model based on patient’s MRI images, accurately divide brain regions and locate targets

3.Real-time follow-up compensation function, effectively avoiding target deviation caused by patient head movement

4.Perfectly compatible with high-end TMS devices and other magnetic stimulation equipment, forming a precise diagnosis and treatment closed-loop

5.Visualized operation interface, clear target display, easy to set and adjust positioning parameters

6.Intelligent target planning, supporting personalized positioning according to different diseases and patient conditions

7.Stable performance, strong anti-interference ability, suitable for long-term clinical and scientific research use

8.Medical-grade design, easy to install and debug, supporting data integration and report export