Accurately grasping the weak magnetic information generated by living bodies,
To support Healthcare to Protect People's Health with Advanced Sensing Technologies
Ultra-sensitive magnetic sensors, which capture the magnetic fields of bio-magnetism, which is emanated faintly from the brain, heart, and lungs, are expected to be applied to medical device information terminals, which are becoming increasingly personalized.
Applications Field of activity
Because electro-magnetic signals are generated from all places in the whole body, high-sensitivity sensors and detectors can be used to obtain bio-magnetic signals that reflect the physical condition of a living body. (For example, a Holter cardiometer records an electrocardiograph during the daily activities of patients with cardiovascular diseases for 24 hours or more, making it easier to monitor arrhythmia and other cardiovascular diseases) Super Sensitive MI sensors can also detect information that is not detected by general electrocardiography (Ex. Biological back pulsatile Magnetic Signals). In addition, biomagnetic signals can be detected in a simple and stable manner. For the first time, it was found that magnetic signals for heart rates are larger in the back than in the chest. MI sensors with such characteristics are expected to be applied to information terminals for medical diagnostic information devices and medical diagnostic information devices, which are becoming increasingly personalized. Through these efforts, we believe that we can contribute to the promotion of health-related science and technology.
Introduction of Products / Products
Amorphous wire Type DH
Ultra-sensitive sensors provide an accurate picture of weak biomagnetic information. In addition, by equipping medical devices to be inserted into the body with hair thin metal fibers, super-sensitive sensors can identify the exact location of the device.