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Additive manufacturing for lighting applications; state of the art and opportunities | Signify

In this presentation, Ronald Maandonks will elaborate on Signify's efforts to drive the transition from a linear to a circular economy. He will highlight the significant advantages that technologies like additive manufacturing bring to customers, with a particular focus on 3D printed luminaires. These luminaires are purposefully designed to cater to specific needs and applications across various sectors.

Whether it's achieving performance enhancements with higher efficacies in lumen per watt (lm/W) or delivering superior light quality, meeting diverse aesthetic preferences through different colors, textures, or shapes, or enabling seamless system upgrades, the modular concept lies at the heart of addressing these requirements. By allowing for the exchange or addition of modules, this approach not only preserves the value of the product but also minimizes waste, leading to a substantial reduction in CO2 emissions.

Furthermore, this innovative method enhances local production capabilities, empowering the ability to manufacture where the products are sold. Overall, the presentation will shed light on Signify's commitment to sustainability, CO2 reduction, and waste reduction through its transformative approach to lighting solutions.



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