IUNOK provides custom-fit eyewear using advanced facial scanning technology and 3D printing. This process creates personalized frames tailored to individual facial geometry for enhanced comfort and style, while also employing sustainable production methods.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional eyewear manufacturing often results in ill-fitting frames and a one-size-fits-all approach, leading to discomfort and a lack of personalization. This mass-production model overlooks individual facial geometry and preferences, impacting both wearability and aesthetic expression.
Solution
IUNOK offers a personalized eyewear solution by leveraging advanced facial scanning technology and additive manufacturing. This process captures precise facial measurements to create custom-fit frames, ensuring optimal comfort and a unique aesthetic for each user. The company combines this technological approach with a focus on sustainable production practices, reducing material waste inherent in traditional eyewear manufacturing. Customers can select their preferred frame style and lens options, with the final product being a pair of eyewear tailored to their specific facial structure and visual needs.
Target Audience
The primary target audience includes consumers seeking personalized, comfortable, and stylish eyewear, as well as individuals who have experienced fit issues with conventional eyewear.
Features
- Facial scanning technology utilizing proprietary algorithms for precise 3D facial geometry capture.
- 3D printing manufacturing process for custom-fit frame production, minimizing material waste.
- Customizable lens options including blue light filtering, anti-scratch, anti-reflective, and hydrophobic coatings.
- High-index lens technology for thinner and lighter lens profiles.
- Online platform for frame selection, customization, and direct ordering.
- Optional in-person facial scanning and eye examination at flagship retail locations.
- Sustainable production model focused on on-demand manufacturing and material efficiency.