Trade & 3D Printing Network
International coffee trade and domestic manufacturing
Project Overview
Our trade network combines international coffee sourcing with domestic 3D printing capabilities, creating a model for alternative global-local supply chains.
The International Coffee Trade and Domestic 3D Printing Network demonstrates our approach to building alternative supply chains that combine ethical international trade with localized production. By directly sourcing coffee from producer cooperatives while establishing distributed manufacturing nodes using 3D printing technology, we're creating a model for how global-local supply chains can operate outside traditional corporate structures.
Key Features
What makes this project unique
Direct Trade Relationships
Direct connections with coffee producer cooperatives that ensure fair compensation
Distributed Manufacturing
Network of 3D printing facilities across the US for localized production
Open Source Designs
Shared repository of product designs for 3D printing
Skills Training
Programs to train workers in 3D printing and advanced manufacturing
Supply Chain Transparency
Complete visibility into product origins and production processes
Cross-sector Integration
Connections between seemingly unrelated industries to create innovative solutions
Benefits & Impact
How this project contributes to our mission
Economic Justice
Ensures fair compensation for producers in the Global South
Manufacturing Revitalization
Creates new production capabilities in communities affected by deindustrialization
Reduced Environmental Impact
Minimizes transportation needs through distributed production
Technology Democratization
Makes advanced manufacturing technology accessible to more communities
Technical Details
The technology behind the project
Our Trade & 3D Printing Network utilizes blockchain technology for supply chain tracking, ensuring transparency from coffee farm to cup. The 3D printing network is coordinated through a cloud-based platform that manages design files, production queues, and quality control. We've developed specialized firmware for our 3D printers that optimizes them for our specific production needs, and created a logistics system that efficiently moves products between production nodes and to end consumers.
Interested in This Project?
Contact us to learn more or discuss potential collaborations.