Operation Mode

1. Patient positioning adaptation
   Patients select supine (on the exam table) or standing positions based on examination needs; adjust the table height or standing posture for optimal alignment.

2. Device positioning adjustment
   Operate the U-arm to rotate, lift, or move horizontally, aligning the X-ray tube and detector with the target anatomical area.

3. Parameter preset & confirmation
   Select the corresponding examination protocol (e.g., chest/limb) via the touch screen; the system automatically matches exposure parameters (dose, voltage, etc.).
   

4. Digital image acquisition
   Trigger one-key exposure; X-rays penetrate the body and are captured by the flat-panel detector, which converts the signal into a digital image in real time.

5. Image processing & circulation
   The system performs real-time post-processing (noise reduction, contrast enhancement) and transmits the image to the PACS system for physician review, storage, or sharing.

Operation Mode

1. Patient positioning adaptation
   Patients select supine (on the exam table) or standing positions based on examination needs; adjust the table height or standing posture for optimal alignment.

2. Device positioning adjustment
   Operate the U-arm to rotate, lift, or move horizontally, aligning the X-ray tube and detector with the target anatomical area.

3. Parameter preset & confirmation
   Select the corresponding examination protocol (e.g., chest/limb) via the touch screen; the system automatically matches exposure parameters (dose, voltage, etc.).

4. Digital image acquisition
   Trigger one-key exposure; X-rays penetrate the body and are captured by the flat-panel detector, which converts the signal into a digital image in real time.

5. Image processing & circulation
   The system performs real-time post-processing (noise reduction, contrast enhancement) and transmits the image to the PACS system for physician review, storage, or sharing.