Table of contents
Planet
Resource Efficient Design through Digital Simulation The environmental footprint of Schréder luminaires is determined at the earliest stages of product development. Design choices relating to materials, mechanical structure, thermal management and durability have a direct impact on Scope 3 greenhouse gas emissions, resource consumption and product circularity . To address these impacts in a systematic and proactive manner, we integrate digital simulation tools into our engineering and eco-design processes. Digital simulation allows virtual digital twins of luminaires and their operating environments to be created, enabling mechanical, thermal and environmental performance to be evaluated
well suited to circular use due to its ability to be recycled repeatedly with limited loss of performance. This helps to reduce the demand for virgin raw materials and the associated emissions. All our luminaires are designed to be easily dismantled at the end of their life , enabling efficient material separation and high-quality recycling. By using digital twin technology to simulate how new luminaires withstand thermal, mechanical and environmental stress, we can refine their design without having to produce physical prototypes, saving resources and emissions.
before physical prototypes are produced. This reduces reliance on iterative trial-and-error testing and significantly lowers the use of materials, energy consumption and waste generation during the development phase. Through simulation-driven design optimisation, we can minimise the quantities of aluminium, plastic and electronic components required per luminaire, while maintaining safety, durability and lighting performance. Even small weight reductions, when applied to large production volumes, result in substantial reductions in the extraction of raw materials, embodied carbon and end-of-life waste . Concurrently, In parallel, the reduced need for physical prototypes decreases manufacturing scrap and improves the efficiency of production resources, thereby contributing to our waste prevention and material efficiency objectives. Digital simulation can be used to re-engineer existing luminaire platforms, improving resource efficiency and extending product lifetime . A prime example is the AXIA 3 EVO , for which simulation-based optimisation achieved a 50% reduction in weight without compromising performance or robustness. End-of-Life and Circular Design In addition to responsible material sourcing, we prioritise circular design, durability and recyclability in all our luminaires. Our products are designed to maximise their lifetime value while minimising their environmental impact at the end of their life. We integrate recyclable and recycled materials , including recycled aluminium, into our luminaires in a responsible manner. Aluminium is particularly
Morgan Vyvey Mechanical Architect Engineer
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