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RingRemind
Class:
ME101
Visual Thinking
CAD • 3D Printing • Prototyping
A customizable 3D-printed hand model that helps users sort and organize their rings by replicating their own hand dimensions, combining functionality with personalized aesthetics.
Identifying the Problem and Ideation
The inspiration for RingRemind came from a common issue many jewelry enthusiasts face—keeping track of which ring fits which finger. Traditional ring sorters lacked personalization and organization tailored to specific users. I started brainstorming how to create a product that would not only sort rings but also provide a personal touch. The key insight was to replicate customers' hands as physical models where they could place their rings, making it easier to remember and organize their collection.
Storytelling and Designing the Solution
To bring the idea to life, I conceptualized a custom hand model that would serve as both a ring organizer and a decorative piece. The model would replicate the user’s hand, including size, shape, and aesthetic preferences. The ideation process involved sketching out different hand model designs, considering ergonomics, and how the rings would fit securely without risk of slipping.
Leveraging 3D Printing and CAD for Prototyping
Once the initial concept was finalized, I moved on to designing the 3D model using CAD software. I meticulously measured hand dimensions to ensure accuracy and used parametric design to create customizable models. After the CAD designs were complete, I utilized 3D printing to create prototypes. The process involved multiple iterations to perfect the hand model's durability, ring fit, and overall appearance. Each prototype was evaluated for structural integrity and aesthetic appeal.
Physical Design Process and Final Product
In the physical design phase, I focused on refining the printed models. This included smoothing surfaces, enhancing durability with different materials, and ensuring the hand model could hold rings securely. I explored various materials for 3D printing to strike a balance between cost, durability, and aesthetics. The final product was a fully customized hand model that allowed users to sort and organize their rings in an intuitive and visually appealing way.
Building the Website with Figma
To complete the user experience, I designed a hypothetical website using Figma. The website allows customers to input their hand measurements and customize the appearance of their hand model, including options for different colors, finishes, and even aesthetic embellishments. The site was designed to be user-friendly, with a clear flow from measurement input to customization and ordering. This added a digital dimension to the project, enhancing the overall product concept.
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