
Barco Medical Displays and Monitors offer a comprehensive portfolio engineered to meet the stringent clinical imaging standards of modern hospitals and diagnostic centers. Covering radiology, mammography, digital pathology, surgical operating rooms, dentistry, and clinical review, Barco display solutions combine high luminance, precise contrast, and automated DICOM/SteadyColor™ calibration to ensure every subtle anatomical detail is detected with confidence.
Featuring ergonomic designs, seamless integration with Intuitive Workflow Tools, and cloud-based quality assurance via QAWeb Enterprise, Barco medical monitors reduce reader fatigue, accelerate diagnostic reading times, and deliver unwavering clinical decision support across healthcare enterprises.
Near-zero latency, medical-grade 4K UHD surgical displays designed for operating rooms, laparoscopy, endoscopy, and interventional procedures, featuring IP-rated cleanable enclosures and high color fidelity.
Medical-grade diagnostic display systems providing high luminance, deep contrast, DICOM Part 14 calibration, and stable grayscale/color accuracy for CT, MRI, X-ray, Ultrasound, and PET imaging.
Medical-grade diagnostic display systems providing superior color accuracy, ICC profiling, high resolution, and uniform luminance for digital pathology workflows and Whole Slide Imaging (WSI).
Medical-grade dental displays providing DICOM Part 14 calibration, high luminance, and cleanable protective glass for panoramic X-rays, intraoral radiography, dental CBCT, and oral surgery workflows.
Tailored medical display solutions for medical device OEMs and specialized clinical systems, featuring customizable form factors, touch interfaces, optical bonding, and IP-rated enclosures
DICOM-compatible medical review displays featuring high color accuracy, glasses-free 3D depth perception, and automated QA for patient consultations, surgical planning, and clinical review environments.
FDA-cleared diagnostic display systems featuring ultra-high resolution, grayscale precision, and uniform luminance for 2D/3D digital mammography and breast tomosynthesis.


