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Natural fluctuations symbolize perceptual beauty, and the undulating lines of the magnetic field are like ocean waves, hoping to make users feel that the harmonious rhythm is like a melody composed of inspiration, integrating the principle of electromagnetic field navigation and Faraday's Law of Electromagnetic Induction, that is.
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Using current-carrying coils to create a controllable composite magnetic field in space to cause the sensor to generate induced voltage, allowing surgeons to grasp the position and condition accurately.
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The transmitter detects and transmits data from surgical instruments and returns it to the controller for display on the computer screen.
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It becomes a real-time tracking and positioning system sufficient for medical personnel to view intracranial conditions directly and clearly.
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The design of lightweight, precise positioning navigation fulfills the requirements of precise positioning in minimally invasive endoscopic surgeries and addresses the needs of medical institutions in non-major cities abroad.
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It provides patients with better and safer treatment by reducing cerebral hemorrhaging systems, reducing the original 15-25% mortality rate to 5%, the 16% morbidity rate to 3%, and the 6.5-7% re-bleeding rate to 1%.
