Insight: A good design needs to be people-oriented
How to define a good medical design? When asked this question, Mindray designers and students from Hunan University repeatedly mentioned one concept: "people-oriented".
This means that designers take the needs and feelings of medical staff as the starting point, and systematically improve the availability and usability of devices. Therefore, User-Centered Design has remained a top concept for Mindray Industrial Design. When evaluating medical devices and environments, designers use emerging Human Factors Engineering research methods to explore and apply human behavior theory, ability limits, and other characteristics to develop solutions that can improve the safety, comfort, and efficiency of diagnosis and treatment, bringing the quality of healthcare to the next level.
Let's listen to the insights of Mindray's Industrial Design team and see what good design looks like in the eyes of designers.
Busy clinical scenarios like ICU, OR, and other emergency rooms require easy-to-use devices and instant data processing from patient monitoring to ensure patient safety. Mindray's industry-leading PMLS design ensures healthcare providers use devices interactively and conveniently with visualized data, strict security, and a clean environment. Our consistent and systematic design bridges the software/hardware barrier, enhancing the user experience across departments and hospitals.
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Medical imaging professionals use devices like writers use a pen: they are integral to their everyday work. The question we set out to answer was, how do we make devices which are intuitive and user-friendly, rather than a burden? Mindray’s cutting-edge MIS design stems from an in-depth study of medical imaging scenarios. It seeks to optimize user and device interaction and bring ease, convenience, and confidence to technicians’ daily work.
← Explore moreLaboratories worldwide face the same challenge: how to increase diagnostic efficiency in a confined space. Mindray’s evolving IVD design is based on a fundamental understanding of the complexity of IVD settings and workflows, leveraging efficiency in a customized space with automated, integrated digital devices.
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