In the medical field, the importance of respiratory physiotherapy equipment is self-evident.
Its performance superiority is literally related to the customer's physiotherapy experience and even the degree of recovery.
Patients rehabilitation therapy or save all need a good physiotherapy environment, if the physiotherapy equipment control running fluency affected or bearing material selection problems on the secondary interference of the respiratory system, may affect the rehabilitation process more endanger the patient's life, so, the choice of medical equipment bearing is particularly important.
In recent years, the development of modern medical CT machine is changing rapidly.
From the earliest non-helical CT to monolayer helical CT, multilayer spiral CT to today's volume CT, its accuracy, scanning speed and image resolution have been greatly improved.
The current second generation of CT machine bearing has not been able to meet the development requirements, in order to meet the requirements of the continuous development of medical equipment, developing a new generation of medical equipment spindle bearing is imminent.
At present, the main bearing of the third-generation CT machine shaft is only provided by a few foreign companies, and no domestic manufacturer can manufacture it.
The development of a new generation of CT machine shaft main bearing to fully replace imports, can fundamentally solve the status quo of China's medical device spindle bearing dependence on imports.
At the same time, it can also promote the development of advanced manufacturing industry and improve the level of equipment manufacturing technology in this field.
In CT scanning and MRI equipment, for the scanner host equipped with fault shooting device, supporting the bearings used to support the rotating part, it uses ceramic ball and special holder, which increases the performance of electric corrosion prevention and high-speed rotation.
In addition, in order to reduce the psychological burden of patients, but also on this basis of the calm design.