The application of motors in the medical industry
With the development of our country
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With the further increase of enterprise management reform and key support for the manufacturing industry, state-owned and large medical equipment production enterprises and listed companies have increased their support for medical equipment
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Investment in research and development and production is currently an important way for hospitals to reduce their dependence on drug revenue by improving their software and hardware conditions. The demand for mid to high end medical equipment will constitute a sustained driving force for the development of the medical device industry, further promoting China's medical device industry to enter a new stage of development.
Shenzhen Zhongling Technology
Currently using medical equipment
electrical machinery
Low speed DC servo motorDC servo driver
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Integrated stepper motor.
A servo motor is a type of motor that can rotate with high precision.
Electrical signals can be converted into torque and speed to drive control objects, so servo motors can also be called executive motors. Usually, this type of motor consists of a control circuit that provides feedback on the current position of the motor shaft, which enables the servo motor to rotate with high precision.
Integrated
turn
A stepper motor is a new type of motion control product that combines a stepper motor with a micro drive controller. It uses a stepper motor as the motion platform and is driven and controlled through a micro drive controller.
Electric motors have various applications in the medical field, and the following are some common examples:
(1)
Medical devices: Electric motors can be used for precise motion control in medical devices, such as surgical robots, microscopes, syringes, infusion pumps, etc. They can provide high-precision position control and speed adjustment to achieve precise operation and treatment.
(2)
Artificial joints: Electric motors can be used for motion control of artificial joints, such as artificial heart valves, artificial limbs, etc. By controlling the motion of the servo motor, it is possible to simulate the movement of natural joints and help restore patient function.
(3)
Medical imaging equipment: Motors can be used for motion control in medical imaging equipment, such asCT scanners, X-ray machines, nuclear magnetic resonance machines, etc. They can achieve smooth rotation and movement to obtain clear image results.
(4)
Laboratory equipment: Electric motors can be used for motion control in laboratory equipment, such as centrifuges
Blood analyzer
Sample turntable, etc. They can provide precise speed and position control to meet the needs of experiments.
(5)
Medical robots: Electric motors can be used for motion control in medical robots, such as rehabilitation robots, auxiliary surgical robots, etc. They can provide high-precision force and position control to assist patients in rehabilitation training or assist doctors in surgical operations.
In summary, motors have broad application prospects in medicine, providing more precise, stable, and safe motion control, bringing more innovation and development to medical equipment and surgical robots and other fields.
