Reefcraft
re-framing what corals are
PROJECT DESCRIPTION
A coral-inspired product created using additive manufacturing, featuring a triangular modular structure that mimics the functions of natural corals without directly copying them, offering sustainability and flexibility through various connectors that enable amorphous and adaptable forms.
in collaboration with
The Problem
Where do aquariums get their corals from and whats wrong with it?
Oceans %75
Challenges of sourcing corals from farms
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Farm-grown corals may be adapted to different light intensity and spectrum than your aquarium. Sudden changes can cause stress, color loss, or slow growth, so gradual light acclimation is often needed.
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Corals from farms are used to specific nutrient levels and water movement. If your tank has lower/higher nutrients or different flow, they may struggle to extend polyps, feed properly, or maintain healthy tissue.
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Transport involves temperature swings, delays, and handling stress. These factors can lead to tissue damage, infection risk, or “shipping shock,” even when the coral looks fine on arrival.
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Farming corals takes months to years, so availability can be limited and restocking is slow. After arrival, corals also need time to acclimate before showing their true color and growth.
Coral Farms %25
Challenges of sourcing corals from oceans
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Wild coral collection can damage natural reef structures and disturb marine ecosystems.
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High demand can lead to overharvesting, threatening the long-term health of coral reefs.
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Collection and long transport can cause stress, higher mortality, and disease in corals.
The Role of Additive Manufacturing
Where do aquariums get their corals from and whats wrong with it?
Complexity as a Competitive Advantage
Additive manufacturing enables the production of intricate, organic, and highly detailed complex geometries that are difficult or inefficient to achieve through traditional manufacturing methods.
Customization for Niche Sectors
A.M. enables fast and efficient customization without requiring major tooling changes, making it especially suitable for low-volume production, user-specific adaptations, and niche market demands.
Sustainable Value Beyond Traditional Production
By enabling production through digitally transferable files rather than centralized tooling, additive manufacturing supports localized manufacturing, shorter supply chains, and a more flexible production model beyond the limits of traditional systems.
Concept Development Phase
The tetrahedron was chosen for its flexible modular structure. When combined, it can generate various polyhedral configurations and even evolve into more organic, amorphous forms.
Phase #1.
Choosing The Right geometry
concept development phase
The tetrahedron was chosen for its flexible modular structure. When combined, it can generate various polyhedral configurations and even evolve into more organic, amorphous forms.
Phase #2.
Understanding How Tetrahedrons Interact
concept development phase
The tetrahedron was chosen for its flexible modular structure. When combined, it can generate various polyhedral configurations and even evolve into more organic, amorphous forms.
Face to Face Connections
Edge to Edge Connections
Both Connections Combined
Phase #3.
Seperation of the Tetrahedron
concept development phase
The tetrahedron was chosen for its flexible modular structure. When combined, it can generate various polyhedral configurations and even evolve into more organic, amorphous forms.
Product Development Phase
It was a process shaped by rapid iterations and constant exchange of ideas. By continuously testing, failing, and refining, I gradually arrived at the final result.
Product Overview
Assembly Of A Single Unit
The tetrahedrons are connected to each other using two key components. The first are frames, parametrically designed based on the client’s preferences. The second are injection-molded connector pins made from an elastic material, which are universal for all frame pieces.
Disassembly
The tetrahedrons are connected to each other using two key components. The first are frames, parametrically designed based on the client’s preferences. The second are injection-molded connector pins made from an elastic material, which are universal for all frame pieces.
Parametric Voronoi Variations
The tetrahedrons are connected to each other using two key components. The first are frames, parametrically designed based on the client’s preferences. The second are injection-molded connector pins made from an elastic material, which are universal for all frame pieces.
Parametric Frame Variations
The tetrahedrons are connected to each other using two key components. The first are frames, parametrically designed based on the client’s preferences. The second are injection-molded connector pins made from an elastic material, which are universal for all frame pieces.
Product Configurations
The tetrahedrons are connected to each other using two key components. The first are frames, parametrically designed based on the client’s preferences. The second are injection-molded connector pins made from an elastic material, which are universal for all frame pieces.
CMF
The tetrahedrons are connected to each other using two key components. The first are frames, parametrically designed based on the client’s preferences. The second are injection-molded connector pins made from an elastic material, which are universal for all frame pieces.
Detail Shots
Jury Day
It is always a joy to be on stage on the day of the final jury. I always feel a great sense of pride in presenting the result of hard work and dedication in the best way possible. Here are a few snapshots from that day.
