Medical equipment
• Application scenarios:
• Surgical robot: Surgical robots require high-precision position feedback, and the magnetic grid system can monitor the motion of the robot arm in real time and provide accurate position information to ensure accurate control of surgical instruments.
Specific application: In robot assisted surgery, magnetic grid technology helps robots accurately control the movement path of cutting tools and other surgical instruments, ensuring the success rate of minimally invasive surgery.
Example: In brain surgery, the robot adjusts its position in real-time through a magnetic grid feedback system to ensure precise operation and minimize damage to normal tissues.
• Rehabilitation robot: Rehabilitation robots are used to help patients restore their mobility, and magnetic grid technology ensures that the robot's movements can accurately match the patient's needs, thereby improving rehabilitation outcomes.
Specific application: In limb rehabilitation, rehabilitation robots rely on magnetic grid rulers to accurately control their motion trajectories, helping patients with gait training or other exercise therapies.
Example: In the process of neural rehabilitation, the rehabilitation robot used by the patient provides real-time feedback through magnetic grid technology to help the patient restore normal gait.
• Medical imaging equipment: Magnetic grid technology is used in medical imaging equipment such as CT scanning and MRI to control the precise positioning of patient tables, ensuring high-quality image acquisition.
Specific application: During MRI scanning, magnetic grid technology precisely adjusts the patient's position to ensure the clarity and accuracy of the scanned image.
Example: During chest CT scanning, the magnetic grid system accurately locates the patient's position, reduces motion artifacts, and ensures optimal image quality.
• Technical features:
High precision and real-time feedback: The magnetic grid can provide micrometer level accuracy and real-time feedback, ensuring the efficiency and safety of medical operations.
Stability and reliability: Under long-term high-intensity use, magnetic grid technology can still work stably, meeting the high reliability requirements of medical equipment.
Anti magnetic field interference: Especially in MRI environments, magnetic grid technology can resist strong magnetic field interference and maintain high-precision feedback.