FerrAlert® Solo

Detection system for identifying ferromagnetic metallic objects to prevent safety hazards in MRI environments.

AI-enabled ferromagnetic detection and graded warning system for MRI entrances that automatically classifies detected metallic objects and alerts staff to potential safety risks.

Ferromagnetic detection system for MRI facility entrances that identifies metallic objects and prevents dangerous incidents in magnetic resonance imaging environments.

Hand-held ferromagnetic detector designed to screen patients and localize ferromagnetic materials and prostheses prior to MRI procedures. Dual-sensing technology identifies dangerous metallic implants in the human body to ensure patient safety and protect MRI system integrity during imaging.

MAGNALERT is a visual signaling device for X-ray emission and equipment activation in surgical and radiological environments. It provides real-time indication of radiation exposure and equipment status to enhance operational safety in imaging procedures.

Artificial intelligence-powered alert system integrated with MRI scanning technology for real-time image analysis. Enhances diagnostic accuracy through automated anomaly detection.

Specialized instrumentation for assessing magnetic resonance imaging facility safety and equipment performance parameters.

Hall effect-based magnetic field imaging system for surface magnetic field distribution measurement and visualization. Supports rapid assessment of magnetic field patterns in medical device development and quality control.

Portable radiation detection device for monitoring exposure levels in medical environments. Alerts personnel to radiation presence and measures exposure intensity in real-time.

A domestic first-of-its-kind power-disconnectable and demagnetizable magnetic resonance imaging system. It features superconducting homologous basic examination functions and is designed to precisely match primary-level clinical diagnostic and therapeutic needs.

A non-invasive cardiac imaging device based on advanced ultra-weak magnetic field detection technology that measures the magnetic field generated by myocardial electrical activity. It operates without liquid helium, features an integrated efficient shielding system with minimal maintenance, and can detect magnetic fields one billionth the strength of Earth's magnetic field. The system provides millimeter-level spatial resolution and millisecond-level temporal resolution for comprehensive cardiac functional imaging in 90 seconds, applicable to large-scale screening across all age groups for early detection of coronary artery disease, rapid triage of adult chest pain, and fetal congenital heart disease screening.

An innovative MRI system featuring removable magnet technology that allows de-energization and magnet extraction without complex deinstallation procedures. Eliminates traditional infrastructure constraints and enables flexible deployment in diverse clinical environments.