Author ········· Seung Jun Sim (Peter Sim)
Medium ········· Keyshot / Solidworks / Photoshop
Published ······ Fall 2021
Language ······· English
Medium ········· Mycelium / Burlap / Paper

Myco-Vitamin

Context

Mycelium, the root-like structure of fungi, is a remarkable natural material known for its strength, adaptability, and sustainability. Found in species such as oyster mushrooms, it forms vast underground networks that support ecosystems by breaking down organic matter and enriching the soil. This unique ability to grow, regenerate, and decompose naturally makes mycelium an ideal alternative to synthetic materials. Its lightweight yet durable structure provides natural insulation and protection, making it highly versatile for various applications. With its organic textures and earthy aesthetics, mycelium represents a perfect balance of functionality and sustainability, offering a glimpse into the future of eco-friendly design.

Mycelium Molding Progress

Growing a mycelium itself is comparably easy to do once people have the materials such as soy hull, pine sawdust, and oyster mushtroom. There are various other methods to grow mycelium at home, and it is shown directly on the Internet with the simple giudelines. The process of mycelium varies too. This measn that it can be produced within a short or long time, such as two or more weeks.

Mycelium Mold Experimental Modeling

Logo Design (Branding)

Each label provides clear and concise information about its specific vitamin category, helping consumers quickly identify its purpose. While vitamins B and C are widely recognized as essential for overall health, many people have limited awareness of other vitamins and their benefits. To enhance understanding, the packaging features simple, intuitive graphics that visually illustrate each vitamin’s function in the body. For example, Vitamin A, known for its role in maintaining skin health, is accompanied by an illustration of skin layers, while Vitamin D, essential for bone strength, is represented with imagery related to calcium. By clarifying these connections, the design helps consumers choose which vitamins best suit their needs.

Mycelium, beyond its environmental benefits, is extensively used in medical applications due to its natural antimicrobial and antibacterial properties. This makes it an ideal material for safe vitamin storage. Additionally, its role in wound healing, drug delivery, and tissue engineering underscores its potential in healthcare and wellness. By combining biomedical innovation with sustainable design, mycelium-based packaging provides a forward-thinking solution that prioritizes both human health and the wellbeing of the planet.

Engineered for durability and sustainability, mycelium-based packaging offers shock resistance, moisture control, and biodegradability, making it a reliable and eco-friendly alternative to plastic. Its lightweight yet sturdy structure ensures that vitamins are well-protected, while its fully compostable nature minimizes environmental impact. Designed for modern living, this packaging combines functionality with sustainability, reducing waste without compromising quality.

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