Contact detection sensors verify breast insertion in tomography gantries, reducing radiation exposure and storage requirements.
Position-specific weighting coefficients applied to AEC sensors prevent breast muscle misidentification, ensuring accurate exposure control.
A head tilt setting device uses ear rods and a horizontal plane verification mechanism to position the Frankfort plane parallel to the floor.
Learning-based detection eliminates template preparation for deforming markers, reducing patient setup time while maintaining high irradiation accuracy.
Quantitative dual-spectrum IR imaging system stabilizes camera alignment and patient posture to enable precise thermal pattern detection.
A control unit interlocks table movement with C-arm rotation to adjust imaging direction.