Swatch Offers a New Structural Bioceramic What If? Watch
References: highsnobiety
Timepiece expert Swatch launches a new Square Bioceramic What If? collection to explore new structural routes. The brand was first founded 40 years ago and the founders were faced with the decision of creating square or round watch cases, landing on round faces ultimately. Now, it dives into a new possibility with four Bioceramic What If? watches that are a part of the brand's 40th-year anniversary celebration.
In terms of the design, it retains most of the classic elements including the 33mm by 33mm case that is constructed from the brand's Bioceramic material. It is accompanied by a matching crown and buckles along with a bio-sourced strap and retro battery. Retro branding details also adorn the new collection to round it all out.
Image Credit: Swatch
In terms of the design, it retains most of the classic elements including the 33mm by 33mm case that is constructed from the brand's Bioceramic material. It is accompanied by a matching crown and buckles along with a bio-sourced strap and retro battery. Retro branding details also adorn the new collection to round it all out.
Image Credit: Swatch
Trend Themes
1. Squared Collectible Timepiece Designs - Swatch launches a new Square Bioceramic What If? collection to explore new structural routes.
2. New Structural Bioceramic What If? Watches - Swatch introduces four Bioceramic What If? watches as part of its 40th-year anniversary celebration.
3. Retro Branded Square Timepieces - Swatch incorporates retro branding details into its new Square Bioceramic collection.
Industry Implications
1. Watch Manufacturing - The new Swatch Square Bioceramic What If? collection presents disruptive innovation opportunities for watch manufacturers.
2. Fashion Accessories - The launch of the new Square Bioceramic What If? watches by Swatch opens up potential disruptive innovation in the fashion accessories industry.
3. Material Science - The use of Bioceramic material in Swatch's Square Bioceramic What If? collection creates disruptive innovation possibilities in the field of material science.
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