With the continuous expansion of the medical device market, the market sales of medical devices in 2014 was about 30 trillion yen.
Medical devices can be divided into two categories: therapeutic devices (scalpel, medical catheter, pacemaker, contact lens, etc.) and diagnostic devices (X-ray CT device, ultrasonic diagnostic device, MRI, etc.).
Among them, in order to strengthen the care for patients, the technology of image diagnosis medical system such as X-ray CT device, ultrasonic diagnosis device and MRI is constantly improving.
With the development of high-speed and high-precision diagnostic instruments, high-speed, high-precision, high rigidity, low vibration, low noise and maintenance free requirements are put forward for the bearing and linear products used.
Through the use of unique core technologies such as material technology, lubrication technology and precision technology, it meets the needs of the market and makes a great contribution to the improvement of the performance of medical devices.
Medical devices can be divided into two categories: therapeutic devices (scalpel, medical catheter, pacemaker, contact lens, etc.) and diagnostic devices (X-ray CT device, ultrasonic diagnostic device, MRI, etc.).
Among them, in order to strengthen the care for patients, the technology of image diagnosis medical system such as X-ray CT device, ultrasonic diagnosis device and MRI is constantly improving.
With the development of high-speed and high-precision diagnostic instruments, high-speed, high-precision, high rigidity, low vibration, low noise and maintenance free requirements are put forward for the bearing and linear products used.
Through the use of unique core technologies such as material technology, lubrication technology and precision technology, it meets the needs of the market and makes a great contribution to the improvement of the performance of medical devices.
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