MRI Patient Monitor

Product Overview

Magnetic resonance imaging serves as an essential tool for clinical diagnosis, especially critical for critically ill neurological patients, patients requiring cardiovascular assessment and multi-organ monitoring, and patients undergoing neurosurgical operations assisted by MR. Nevertheless, the strong magnetic field and radiofrequency field of MRI equipment restrict the use of conventional monitoring devices, potentially creating a dilemma between clinical diagnosis and patient safety.

This patient monitor is designed for 1.5T and 3.0T MRI scanner environments. It supports vital sign monitoring for routine and intraoperative MRI examinations for adults, paediatric patients and neonates, delivering comprehensive safeguards for safe medical imaging diagnosis.

Main Unit Specifications

• 15.6-inch high-definition capacitive touch screen, resolution 1920×1080 pixels
• Monitoring parameters: ECG, SPO₂, PR, PI, NIBP, 2-TEMP, 2-IBP, AG
• Maximum battery runtime: 8 hours
• Maximum magnetic field resistance of main unit: 20mT
• Supports 120-hour trend data storage, storage for 1000 event records, as well as 24-hour recording and playback of 2-lead full ECG waveforms

MRI Wireless Parameter Module

• The wireless module can withstand magnetic field strength up to 3.0T
• Adopts 4-lead synchronous ECG algorithm to ensure accurate ECG detection
• Equipped with fibre optic SpO₂ technology; silicone finger cots available for adults, children and neonates
• Module battery maximum runtime: 12 hours, meeting the demands of long-duration surgeries
• Supports charging via main unit dock or quick battery replacement for flexible power supply
• Intelligent automatic wireless connection with main unit after power-on, zero manual intervention
• IPX2 water-resistant rating; passed 1.5m, 6-side drop resistance test

MRI Environment Adaptive Technology

Intelligent Magnetic Field Sensing Technology

Real-time detection of ambient magnetic field strength, with audible and visual alarms to indicate safe operating distance.

Innovative Handbrake Design with Automatic Braking

Eliminates traditional foot brake operation. Automatic braking upon handbrake release for simple, secure operation.

Automatic Magnetic Field Filter Switching

Automatically switches magnetic field working mode, reducing false alarms induced by strong magnetic fields and avoiding unnecessary interruptions during scanning.

Central Station Data Management

Centralized Data Integration for Multiple Devices

Centralised management of data from multiple equipment units, enabling clinical staff to fully access complete patient status information.

Remote Equipment Control via Central Station

One single terminal controls both MRI monitors and MRI infusion pumps, eliminating the need for medical staff to stay inside the MRI room for extended periods or make frequent entries and exits.