Building on the successful adoption of the 27-inch platform, the new 32-inch solution provides a larger viewing area to support applications requiring enhanced visualization and improved image clarity. The expanded format is particularly well suited for advanced medical environments where precision and detail are essential.
The platform is designed around a unified and scalable architecture that enables OEMs to transition between display sizes without major system redesign. This approach reduces integration complexity, streamlines validation processes, and supports long-term product lifecycle strategies.
Featuring Ultra HD resolution of 3840 × 2160, the monitor delivers high color accuracy and wide viewing angles for consistent and precise image reproduction. Typical use cases include robotic-assisted surgery, medical imaging, diagnostics, and visual inspection systems.
The core focus of the platform is adaptability. The monitor can be customized to meet specific OEM requirements across mechanical, optical, and electronic parameters. This flexibility allows Canvys to support tailored system development while improving time-to-market for specialized applications.
Designed for use in regulated medical environments, the 32-inch monitor complies with applicable standards, including IEC 60601. Its True Flat design and non-reflective surface facilitate efficient cleaning and disinfection, supporting clinical hygiene requirements.
"With the addition of the 32-inch monitor, we are providing our customers with greater flexibility to scale their medical systems while maintaining a consistent platform architecture," said Rainer Bornwasser, Vice President of Global Sales at Canvys. "Our close collaboration with leading medical OEMs ensures these solutions align with evolving clinical and system-level requirements."
With this expansion, Canvys continues to reinforce its position as a provider of customized visualization solutions, enabling OEM customers to deploy multiple display sizes within a consistent and reliable platform framework.