ACR MRI System Imaging Quality Test Model

Calibration phantoms designed for quality assurance testing of magnetic resonance imaging systems. Used to monitor MRI scanner performance, image quality, and protocol accuracy in clinical environments.

CT Phantom is a calibration and quality assurance device designed for computed tomography systems. It enables precise testing of CT scanner performance, image quality, and radiation dose accuracy through standardized phantom imaging protocols. Essential for clinical validation, regulatory compliance, and ongoing QA in diagnostic imaging departments.

Calibration phantoms for magnetic resonance imaging systems to ensure consistent image quality and signal accuracy. These phantoms support MRI scanner maintenance and performance benchmarking.

Comprehensive system for testing and evaluating the quality of medical imaging equipment including cameras and optical sensors used in diagnostic applications. Provides automated analysis and standardized measurement protocols to ensure imaging devices meet clinical performance requirements.

QRM medical phantoms are calibration and quality assurance tools used in imaging modalities such as MRI and CT scanning. These phantoms enable standardization of image quality, dose optimization, and reproducibility verification across diagnostic imaging systems. They support regulatory compliance and clinical protocol validation in medical imaging departments.

Specialized phantoms designed for quality assurance testing and calibration of computed tomography imaging systems. Used to verify scanner performance, image quality, and dose accuracy in CT departments.

Standardized phantoms designed for quality assurance and calibration of medical imaging equipment including CT, MRI, and ultrasound systems. These phantoms enable consistent performance verification and image quality assessment across diagnostic imaging modalities.

A magnetic resonance imaging (MRI) system is advanced diagnostic imaging equipment that uses magnetic fields and radio waves to produce detailed images of internal body structures. The Sensitive 1.5T HF model represents high-field technology for enhanced diagnostic capabilities.

X-ray test phantoms and image quality objects for quality assurance and performance validation across radiography, fluoroscopy, dental, CBCT, mammography, CT, and interventional radiology systems. These calibration tools enable clinicians and technicians to assess imaging system functionality, detect performance degradation, and ensure diagnostic image quality standards are maintained.

CT-Phantom is a precision quality assurance tool designed for radiation measurement and dosimetry validation in imaging and particle therapy systems. It enables medical physicists to perform accurate detector calibration and linac QA across diagnostic imaging and therapeutic applications. The phantom supports fast, high-resolution measurements with single-detector setups for streamlined clinical workflow.

CIRS Medical Phantoms are standardized imaging reference objects designed for quality assurance, calibration, and validation of medical imaging systems including MRI, CT, and ultrasound equipment. These phantoms enable consistent performance verification and protocol optimization across diagnostic imaging modalities. They support regulatory compliance, staff training, and image quality assessment in clinical and research settings.

Specialized phantoms for computed tomography quality control and scanner performance evaluation. Used to verify image accuracy, dose calibration, and consistency in CT imaging systems.