Chanel's Le Révolution Volume Mascara Brush Amplifies the Product
Laura McQuarrie — March 21, 2018 — Fashion
References: premiumbeautynews
It would seem that with each newly released mascara product comes an equally novel mascara applicator, but the new Le Révolution Volume from Chanel is particularly noteworthy for its design.
Back in 2007, Chanel filed a patent for the creation of cosmetic products applicators with 3D printing, which included a 3D-printed mascara brush. Now, Chanel will soon be launching its new product with a brush that has been created with additive manufacturing.
Chanel’s Le Révolution Volume mascara brush apparently features a new shape that would otherwise be impossible to create, were it not for 3D printing. The new design has a granular texture to improve upon the way the product adheres to the lashes, as well as a form that prevents clumping.
Back in 2007, Chanel filed a patent for the creation of cosmetic products applicators with 3D printing, which included a 3D-printed mascara brush. Now, Chanel will soon be launching its new product with a brush that has been created with additive manufacturing.
Chanel’s Le Révolution Volume mascara brush apparently features a new shape that would otherwise be impossible to create, were it not for 3D printing. The new design has a granular texture to improve upon the way the product adheres to the lashes, as well as a form that prevents clumping.
Trend Themes
1. 3d-printed Cosmetic Applicators - The use of 3D printing technology in the cosmetic industry presents opportunities for designing innovative applicators for a variety of products.
2. Additive Manufacturing for Makeup Tools - The use of additive manufacturing can lead to the creation of unique, custom-made makeup tools that cater to specific user needs and preferences.
3. Novel Mascara Brush Designs - The development of new mascara brush designs that leverage the benefits of 3D printing can enhance the performance and overall user experience of cosmetic products.
Industry Implications
1. Cosmetics - The incorporation of 3D printing technology in cosmetics and makeup tools can drive innovation and disrupt traditional manufacturing processes.
2. Manufacturing - The adoption of additive manufacturing for the production of cosmetic applicators and tools presents opportunities for manufacturers to create more efficient and cost-effective processes.
3. Beauty - The use of 3D printing in the beauty industry can lead to the development of more personalized and innovative products that improve customer satisfaction and product performance.
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