The ferromagnetic detection system primarily conducts comprehensive automatic safety inspections of personnel entering the MRI room, screening for ferromagnetic objects to prevent damage to MRI equipment or personal injuries, thereby improving the efficiency and accuracy of MRI scanning. The system is typically installed in changing rooms and MRI room passageways. Using high-sensitivity magnetic sensors inside the instrument, it detects ferromagnetic objects carried by patients or personnel entering the MRI room and provides visual or auditory alarms to prevent hazards during examinations.

It monitors in real-time all ferromagnetic substances attempting to enter the MRI room. Once detected, it immediately triggers sound and red-light graphic alarms, preventing ferromagnetic substances from entering the MRI room and avoiding accidents.

Product Features:

Graphic and Text Alarms:

Uses a dynamic 3D human simulation to demonstrate the ferromagnetic substance detection process and alarms. It also displays graphical indicators of ferromagnetic signal strength.

Radar Detection:

Equipped with a radar sensing module to detect proximity to the ferromagnetic detection range. When moving objects enter the radar’s coverage area, the system quickly activates to avoid false alarms while ensuring no missed detections.

Clear Alarms:

The product supports multiple alarm modes simultaneously, including alternating lights, graphical displays, and voice broadcasts. The voice alarm content can be customized as needed. It features high sensitivity and provides clear, accurate alarms.

Product Applications:

Personnel Safety Protection:

Timely detection of ferromagnetic substances ensures the safe entry of medical staff, patients, and related personnel into the MRI examination room.

Equipment Safety Protection:

Timely detection of ferromagnetic substances prevents projectile accidents, safeguards equipment, and avoids medical disputes.

MRI Scan Image Quality Assurance:

Timely detection of ferromagnetic substances prevents impacts on scan image quality and avoids the need for repeated scans.

Efficient and User-Friendly Experience:

Unique spatial positioning detection for alarms quickly identifies the location of ferromagnetic substances, ensuring an efficient and user-friendly safety inspection process.