Magnetic Localization System Market: Size, Growth, Share, Trends Forecast 2021-2027

MEGURO, Japan - July 18, 2022 - PRLog -- Magnetic fields are excellent localization tools because of their ability to work in harsh conditions. Magnetic fields can work in extreme temperatures, radiation, pressure, and other extream environmental conditions. Magnetic localization system can be used in the removal of superficial blood clots, by the localization and control of helical robots. This method can be performed in vitro and ex vivo. Array of hall-effect sensors are used to estimate the position on the helical robot and precalculated magnetic field map of two synchronized rotating dipole fields. Experiments show that a helical robot with 1 mm diameter can achieve a mean absolute position error of 2.35 ± 0.4 mm. It enables the propulsion of the helical robot towards a blood clot with an average removal rate of 0.67 ± 0.47 mm3/min. The helical robot can decrease the size of the blood clot by 60.8% in 40 min and 79.7% in 75 min of mechanical rubbing once it penetrates the clot, respectively.

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Magnetic localization devices are used in real time management of tracking medical equipment's used during minimally invasive procedures. Usually, a computer is connected to the device to provide images. The main application of the magnetic localization system is during mastectomy in breast cancers to guide lymph node biopsies. This helps to identify the spread of cancer. Other than this it is also being increasingly used during open brain surgeries. An estimated 700,000 people in the United States have brain tumor according to Central Brain Tumor Registry of the United States (CBTRUS). Additionally, about 84,000 people will be diagnosed with brain tumor in 2021. Magnetic localization devices help technicians track the devices precisely and accurately. However, the main hindrance of the market growth is the lack of adoption of magnetic localization systems due to lack of awareness about the technology.