Radiation Safety Monitoring Equipment

Systems for measurement and monitoring of radiation dose delivered during radiological procedures. These monitoring tools support radiation safety optimization and regulatory compliance.

Hospital Radiation Monitoring System – RMS-H RMS-H is a radiation monitoring system designed for hospital environments, capable of detecting radiation not only in operating rooms and radiopharmaceutical preparation rooms where radioactive isotopes are handled, but also monitoring radiation exposure levels throughout various areas of the hospital. The system continuously monitors the radiation environment within the hospital to support radiation safety management for both medical staff and patients. When radioactive materials are detected, the system provides alerts according to the measured radiation level, classified as Safe / Caution / Danger, and automatically transmits the monitoring status and measurement data to the central monitoring system. Through an intuitive monitoring interface, users can easily check the radiation status across the hospital in real time, enabling efficient and reliable radiation safety management.

On-line monitoring instruments for continuous measurement and detection in medical environments. Designed for real-time monitoring of critical parameters in healthcare settings.

Instrumentation for monitoring and assessing radiation dose delivery in fluoroscopy procedures. Supports dose optimization and radiation safety in interventional imaging.

Rooftop Radiation Monitoring System for Radiopharmaceutical Facilities RMS-R is installed on the rooftop of radiopharmaceutical production facilities to detect and monitor radiation leakage in real time. It ensures facility safety and protects the surrounding environment by identifying radiation dispersion in advance. Key Features: Real-time detection measures rooftop radiation levels to identify leakage immediately. Environmental monitoring tracks external radiation to reduce impact on surrounding areas. The system operates reliably under outdoor conditions such as rain, snow, wind, and temperature changes. It supports data logging for analysis and regulatory compliance. When thresholds are exceeded, visual, audible, and remote alarms are activated. Remote monitoring enables real-time status checks and rapid response. The system also provides integration, self-diagnostics, and reporting functions.

Range of critical-care monitoring equipment for patient vital sign assessment. Supports emergency response and hospital-based medical monitoring.

Radiation Monitoring System (RMS-F) RMS-F is a conveyor-based radiation monitoring system that accurately measures and displays radiation levels in real time as objects pass through the inspection area. Using a sensor and photomultiplier tube (PMT), it detects radiation emitted from the inspected items with high precision. The system enables fast and continuous inspection of large volumes, significantly improving operational efficiency while maintaining ease of use in various industrial environments. It can be applied not only to food products but also to industrial goods, raw materials, and logistics cargo, allowing rapid detection of radioactive contamination. With high accuracy and reliability, RMS-F provides an effective radiation inspection solution for a wide range of applications.

Specialized instrumentation for radiation safety assessment and monitoring in medical imaging facilities. Ensures compliance with radiation protection standards and occupational safety requirements.

MRI-compatible patient monitoring system designed for use in magnetic resonance imaging environments without generating ferromagnetic interference or safety hazards.

Monitoring devices designed for clinical environments to track patient vital signs and health parameters. Manufactured under certified quality management systems to ensure reliability and accuracy in patient care.

Specialized monitoring systems for electrical insulation integrity in hospital critical care areas. Detects potential failures in electrical systems before they compromise patient safety in operating rooms and ICUs.

Clinical monitoring devices for patient assessment during procedures and acute care. These devices are precision-engineered for reliable performance in high-volume healthcare environments.