The transition to a circular economy has become crucial in the fight against the effects of climate change and the global increase in waste. In this regard, 3D printing appears as a revolutionary tool.
According to the United Nations Industrial Development Organization, applying circularity principles in sectors such as construction, through 3D printing, could significantly reduce material and energy consumption.
Moreover, this technology allows reusing and recycling valuable materials, helping to avoid a third of plastic waste by 2040. In this context, the International 3D Printing Day, celebrated on December 3rd, at the beginning of the month, is a special occasion to raise awareness about its transformative potential.
How 3D Printing Helps the Circular Economy
3D printing against climate change.
Signify, a global leader in lighting, is one of the pioneers in the sustainable lighting revolution with 3D printing.
By transforming discarded fishing nets and used CDs into innovative luminaires, the company not only reduces environmental impact but also provides customized solutions to its customers.
This technology allows for creating complex and customized designs tailored to specific needs, driving efficiency and creativity in the sector.
3D printing reinvents the luminaire’s life cycle, from conception to disposal. By using recycled and recyclable materials, such as rescued fishing nets from the ocean and CDs, luminaires can be printed with a more flexible, fast, and ecological manufacturing process.
Among Signify’s most prominent proposals is the Coastal Breeze collection. Featuring luminaires that not only showcase functional and aesthetic design but have also been recognized with the Gold International Design Excellence Award (IDEA) for their environmental impact and innovation.
The circular economy proposal of 3D printing in luminaires.
This line, adapted for sectors such as industry, commerce, and hospitality, reflects the technology’s potential to meet the demands of a more responsible world.
According to the company, Signify’s 3D printed luminaires have shown a reduction of up to 75% in carbon footprint. This, compared to traditional manufacturing methods like aluminum molding, highlights its environmental efficiency.
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