Magnetic Graphene Nanoparticles

Diagnostic sensors utilizing nanostructured materials and technologies for enhanced sensitivity and specificity. Applications include detection of disease markers and epigenetic factors.

Precision magnetic sensors for diagnostic medical equipment. These sensors enable accurate detection and measurement in clinical diagnostic applications.

3D carbon nanomaterial platform for electrochemical sensing in diagnostic applications. Enables faster, more reliable disease diagnostics through enhanced sensitivity and reproducibility compared to traditional electrode materials.

A neuroimaging device based on ultra-weak magnetic field detection technology designed for non-invasive brain functional imaging. The system uses quantum magnetic field sensing and high-density detection arrays to capture detailed brain electrical activity patterns with high spatial and temporal resolution.

High-performance rare earth magnets for MRI system coils and imaging applications. Designed for precision field generation and consistent diagnostic imaging performance.

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

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.

Magnetic resonance imaging equipment incorporating advanced magnetic technology for diagnostic imaging applications. Delivers high-quality imaging for clinical diagnosis and patient monitoring.

A non-invasive cardiac imaging device that detects extremely weak magnetic fields generated by myocardial electrical activity with femtotesla-level sensitivity. It features a 64-channel high-density detection array, active closed-loop feedback compensation system, and magnetic field shielding to eliminate external electromagnetic interference. The system performs rapid 90-second cardiac magnetic field data acquisition without requiring physical contact with patients, radiation, or administered medications. It integrates artificial intelligence-assisted image interpretation to generate real-time diagnostic reports.

Superconducting MRI system for comprehensive magnetic resonance imaging of multiple anatomical regions. Provides high-field diagnostic imaging for neurological, oncological, cardiovascular, and musculoskeletal applications in hospital and clinical settings. Features advanced superconducting magnet technology for enhanced image quality and diagnostic accuracy.

Advanced magnetic resonance imaging scanner system designed for clinical diagnostic imaging applications. Provides high-resolution imaging capabilities for comprehensive patient assessment and diagnosis.

A 32-312 channel liquid helium-free magnetoencephalography system based on proprietary multi-channel atomic magnetometer technology with 10 fT detection sensitivity comparable to superconducting SQUID systems. The system features high-performance magnetic field shielding with 10⁵ shielding factor and integrated stimulus systems for clinical and research applications. It enables epilepsy diagnosis and localization, brain functional mapping, cognitive disorder assessment, and brain development evaluation.