Together, Advancing Medical Computing at MEDICA 2026
Connected solutions designed for evolving healthcare environments.
November 16–19, 2026 · Düsseldorf, Germany
Hall 12 · Stand C76
Medical Computing, Designed for Better Care
Join Portwell and Wincomm at MEDICA 2026 to explore our latest medical computing solutions for connected healthcare environments. From medical box PCs and panel PCs to cart-based computing solutions, discover technologies designed to support diverse clinical applications and evolving healthcare needs.
Step Inside Our MEDICA Showcase
Take a closer look at our joint exhibition space and discover the medical computing solutions featured throughout the booth.
Explore What’s on Display
Follow the floor plan below to explore the medical computers on display across our booth, from all-in-one medical PCs suited to OR and POC settings to medical panel PCs powering our AI-ready cart and workstation solutions, plus the medical box PCs behind our AI computing platforms for diagnostic imaging and smart hospitals.
See What’s New at MEDICA 2026
Go Deeper into Medical Computing
Computed Tomography (CT) and Computed Tomography Angiography (CTA) are key imaging sources in neuroimaging workflows. As image resolution, slice counts, and AI-assisted analysis increase, medical imaging systems must handle more than image acquisition. They also need to support image storage, data transfer, AI processing, and subsequent clinical review.
Computed tomography (CT) remains an essential imaging modality for applications ranging from emergency diagnosis and cancer screening to diagnosis and treatment follow-up. At the same time, radiology departments are managing growing imaging volumes while the workforce expands more slowly, increasing pressure to improve workflow efficiency. AI is consequently moving deeper into the medical imaging workflow. The opportunities for AI across the CT imaging workflow include protocol assistance, image-quality assessment, automated processing and other workflow steps. Rather than replacing clinical interpretation, these technologies can provide physicians with additional information and help prioritize relevant findings. As smart healthcare evolves, the challenge is therefore not only acquiring high-quality CT images, but also processing increasingly large imaging datasets efficiently and integrating AI results into existing clinical workflows.
Operating rooms (OR) require seamless monitoring between computing platforms and critical medical machinery—such as anesthesia workstations and monitoring systems—to ensure precise patient management and real-time electronic medical record (EMR) synchronization.
Orthopedic surgery, particularly hip replacements, sees over 7.5 million procedures annually worldwide. Hospitals increasingly demand digital surgical tools that enhance precision, reduce variability, and integrate seamlessly with existing workflows.
A leading hospital specializing in minimally invasive surgeries faced several challenges in managing surgical imaging, patient data, and real-time communication. With an increasing number of procedures requiring precise video documentation, efficient data routing, and seamless integration with imaging equipment, the hospital sought an advanced solution to streamline operations in the operating room (OR) and examination rooms.
The healthcare industry is increasingly focused on precise and reliable monitoring technologies, especially in critical care environments where accurate patient data can be the difference between life and death.
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