Nagami Design based the production of robotic 3D printed COVID-19 Masks on the Prusa model 3D printer
By designing a specific robotic version of the model and thanks to its extrusion technology, Nagami Design is printing around 500 COVID-19 Masks per day — or one mask every five minutes — around seven times faster than a desktop 3D printer, and the company is working around the clock in collaboration with the entire local community.
“This is by far the most important project we’ve ever worked on, but also one we wish we’d never had to start. Our generation has the knowledge and digital tools that have become truly meaningful. There is no product to sell, no market to compete in.
This is a challenge for all of us, and we’d like to encourage everyone with tools of any kind to reach out and contribute to helping bring safety back into our world”, assert Manuel Jimenez García, Miki Jimenez García, and Ignacio Viguera Ochoa, the founders of Nagami Design.
The material used for Nagami Design’s masks is a PETG (Polyethylene Terephthalate Glycol) which is durable, tough, 100% recyclable, and has robust chemical resistance and high-impact strength
Nagami Design is currently focusing its efforts on Ávila and Hospital Provincial de Ávila, the city where its factory is located, and is planning to expand this week to other regions such as Madrid and La Rioja.
Inquiries are arriving from various other countries, such as the USA, Italy, France, UAE, India, UK, Denmark, and many more.
Nagami Design is currently focusing its efforts on Ávila and Hospital Provincial de Ávila, the city where its factory is located and is planning to expand this week to other regions of Spain such as Madrid and La Rioja
The masks are produced through robotic extrusion in a layer-by-layer FDM (fused deposition modeling). The material used is PETG (Polyethylene Terephthalate Glycol) which is durable, tough, 100% recyclable, and has robust chemical resistance and high-impact strength.
“3D printing has emerged as the ultimate tool for local manufacturing, reducing the production chain to the bare minimum. With the COVID-19 emergency, this technology provides the opportunity to efficiently produce affordable tools, which are now essential to help save lives.
Nagami Design is printing around 500 COVID-19 Masks per day or one mask every five minutes which is around seven times faster than a desktop 3D printer
This is indisputably the most important challenge we have faced as designers and makers, but also the best use of design intuition and technology.” affirms Nagami Design’s founders.
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/06
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
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To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.
To speed up the supply of essential items such as masks and life support machines, manufacturers are using 3D printers.