Automedi utilizes decentralized additive manufacturing technology to convert a wide range of plastic waste into healthcare products on-demand, significantly reducing the environmental impact of traditional supply chains. By enabling local production with no minimum order quantities, Automedi addresses the challenge of plastic pollution while providing cost-effective and sustainable solutions for healthcare organizations.
Funding
$45.8K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional healthcare supply chains often rely on long-distance transportation and large minimum order quantities, leading to increased costs, logistical challenges, and environmental impact. Existing recycling methods often fail to capture many types of plastics, contributing to plastic pollution and hindering the development of truly circular economies.
Solution
Automedi offers a decentralized additive manufacturing solution that converts plastic waste into healthcare products on demand, enabling a circular microeconomy. Their "Circularity-as-a-Service" model utilizes automated devices like "nano" to reprocess a wider range of plastic waste than traditional recycling, turning it into consumables for 3D printing. This approach allows for local production of supplies with no minimum order quantities, reducing reliance on traditional supply chains and minimizing environmental impact through reduced transportation and waste. The platform provides a real-time catalog of sustainable alternative products that can be produced directly from the Automedi appliance.
Target Audience
Automedi targets healthcare organizations, pharmacies, and other facilities seeking cost-effective, sustainable supply chain solutions and a reduction in their environmental footprint.
Features
- Decentralized additive manufacturing using a range of plastic waste as feedstock
- On-demand production with no minimum order quantities (no MOQ)
- "nano" automats for local reprocessing and 3D printing
- Real-time catalog of sustainable healthcare products
- Over-the-air updates and remote monitoring for self-contained units
- Ability to capture and utilize more types of plastics than conventional recycling
- Transparent circular plastics economy with local remanufacturing