Philippe Start Biotech Eyewear is using forged carbon for its latest pair of eyewear. The new design is inspired by nature in several ways. The designers on the project aimed to enhance the structural integrity of eyeglasses, seeing as many people depend on them in order to function throughout the day.
By looking to nature and the human body, Philippe Starck, in collaboration with Luxottica, launched the BIOTECH PARIS collection. The new collection focuses on ergonomic capabilities and sustainable manufacturing. The eyewear uses forged carbon, a material known for its lightweight yet durable properties. Moreover, Starck uses fiber models and bio-based acetate for its new collection. The eyewear collection boasts a minimalist pattern due to the chopped carbon fiber.
Eco-Friendly Forged Carbon Eyewear
Philippe Starck Biotech Eyewear Boasts a Nature-Inspired Design
Trend Themes
1. Eco-friendly Eyewear - Businesses in the eyewear industry can explore using sustainable materials and nature-inspired designs to enhance structural integrity and appeal to eco-conscious consumers.
2. Forged Carbon Manufacturing - Manufacturers in various industries can consider using forged carbon, known for its lightweight and durability, to create more environmentally friendly products without compromising on quality.
3. Bio-based Acetate Materials - Companies in the materials industry can research using bio-based acetate as an alternative to traditional plastics, which can reduce waste and offer a more sustainable option for various consumer products.
Industry Implications
1. Eyewear Industry - The eyewear industry can benefit from exploring sustainable manufacturing and materials, as well as nature-inspired design, to appeal to eco-conscious consumers.
2. Luxury Fashion Industry - The luxury fashion industry can explore using sustainable materials in their products, such as forged carbon, to attract environmentally conscious consumers and differentiate themselves in the market.
3. Materials Industry - The materials industry can research and develop new sustainable alternatives, such as bio-based acetate, to traditional materials used in consumer products to reduce waste and environmental impact.