Polaris surgical lights - Holistic design sets new standards

The operating theater light is a defining element in the operating theater. Its design influences how modern, trustworthy and efficient an operating theater is perceived. The design requirements for the new Polaris series were correspondingly high - and the aim was to merge technology and design into a convincing unit.

The design of the Polaris series follows an evolutionary approach: building on the established design language of the predecessor model, a new form has been developed that combines technological precision with emotional accessibility. The external design language remains familiar, but the clear lines and reduced volumes give it a much more modern and uncluttered appearance.

Ergonomically shaped handles, seamless surfaces and the selection of robust, hygienic materials enable intuitive handling and easy cleaning. The modular architecture allows individual configurations - from the compact basic luminaire to the fully equipped high-end model.

1. The operating light combines compact form with functional clarity. The spherical light control is aimed directly at the user and blends harmoniously into the overall picture.

2. The characteristic handle integration has been modernized - every handle, every surface has been optimized for precise positioning and easy handling.

3. With clear lines and dynamic shapes, the design conveys technical precision in an elegant and compact-looking body.

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Interaction design - intuitive guidance in every situation

One particular challenge was to combine complex functionality with clear, consistent usability across different input methods. In a holistic interaction concept, we designed all touchpoints - from the graphic user interface and wall control to the luminaire control panel - in such a way that they logically complement each other and offer a consistent user experience.The system allows up to three luminaires with different functions to be controlled in parallel. We developed interactive prototypes at an early stage and validated them together with clinical users in realistic test scenarios. The results were incorporated into a detailed UI design specification, which formed the basis for the software implementation by TQ-Systems.

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