Innventia Heads up the AMPOFORM Project to Manufacture 3D Printed Prostheses Using Organic Materials

Share this Article

Basic RGBThe Swedish Ministry of Enterprise and Innovation tasked their innovation agency Vinnova to assemble a group of European companies to develop new, low cost, biodegradable materials for customized prosthetic and assistive devices. Heading up the project will be world-leading research institute Innventia, which uses research, technology and materials based on forest raw materials to develop new products. Together with four other EU companies, Innventia will work on a joint project to develop the technology, materials and processes for quick and affordable 3D printing prosthetic devices using their expertise in all-natural materials. The interdisciplinary project will be called AMPOFORM (Additive Manufacturing of Prosthetic products based on Forest Raw Materials), and will require leveraging both the chemistry of bio-based materials and 3D printing technology.

Current methods of manufacturing prostheses and other assistive devices require the consumption of fossil fuel-based materials, including thermoplastics and carbon fiber. The complicated and labor intensive manufacturing process requires a high rate of expertise and experience, which involves large investments in time and money. The intention of the AMPOFORM project is to simplify the manufacturing of prostheses so both technicians and patients can save time and money. Additionally, the use of 3D printing technology allows for individual customization without increasing those costs. The low cost of these prostheses, and the use of green materials, will lead to improved patient satisfaction and reduce environmental impact.

Innventia's Li Yang.

Innventia’s Li Yang.

“Our goal is to combine 3D printing with cellulose-based materials for additive manufacturing of prostheses. Through this, we will bring together both materials and technology that are at the forefront of development, something that is an exciting challenge. At the same time, we want to create a new value chain for healthcare, with various businesses working together on several fronts. With this project, we want to contribute to the long-term sustainability of the public healthcare sector,” explained Li Yang, Innventia’s project manager in graphic technology and optical calibration.

The group expects to derive their 3D printing materials primarily from nanocellulose and carbon fiber sourced from lignin, the complex polymer that forms the support tissues of vascular plants. The material is especially important to the rigidity and water resistance of cell walls in bark and hard woods, which prevents rot and allows for a high rate of structural stability. Because these natural materials are strong and durable, and the process of additive manufacturing consumes less resources, they will provide significant economic benefits over traditional materials. Combined with the reduction in production time, the use of these materials in the process of manufacturing prosthetic devices can reduce costs by up to 50%.

Carbon fiber material derived from lignin.

Carbon fiber material derived from lignin.

“The use of bio-based materials in 3D printers also opens up the possibility of other products that were previously impossible or too expensive to manufacture in the traditional manner. Our vision is for Sweden to become a global leader in additive manufacturing in the long term. Improving the properties of 3D structures is one of the challenges of the project. We will also evaluate both the 3D-printer technology and the production process and marketing requirements within the healthcare sector,” continued Yang.

Innventia is joined in the AMPOFORM project by four other companies with extensive experience using biological and environmentally friendly materials, the development of 3D printing technology and the manufacturing of prostheses and orthotics. Stora Enso is a Finnish pulp and paper manufacturer, Wematter offers expert 3D printing services to Sweden, Fillauer Europe develops next generation prosthetics, and the Region Örebro County University Hospital specializes in orthotics. The total budget for the project is 11 million SEK (About $1.3 million), with 44% being provided by Vinnova. Discuss these plans further over in the APOFORM to Use 3D Printing forum at 3DPB.com.

 

 

Share this Article


Recent News

3D-Printed Respirator Masks Below N95 Standards, Says Virginia Tech Team

6K Partners with Relativity Space, Commissions UniMelt to Transform Sustainability in Metal 3D Printing



Categories

3D Design

3D Printed Art

3D printed automobiles

3D Printed Food


You May Also Like

Velo3D Lands Largest Metal 3D Printer Order to Date, from Aerospace Customer

Recently, Velo3D received its largest order in company history since its launch commercially in 2018. An existing aerospace customer placed an order worth $20 million for Velo3D’s innovative, industrial metal...

Relativity Secures a New Launch Site in California for 3D-Printed Rockets

A new launch site facility at Vandenberg Air Force Base in Southern California will be Relativity Space‘s latest adoption to its growing portfolio of infrastructure partnerships. With this new addition,...

Using Ultrasonic Waves to Analyze Residual Stress in 3D-Printed Metal Parts

Researchers from the Czech Republic and Brazil have come together to highlight ultrasonic testing for stress analysis in ‘Residual stress analysis of additive manufacturing of metallic parts using ultrasonic waves:...

Toward a Circular Economy: 3D Printing with Curable Vegetable Oil

Many of us have heard of using vegetable oil for alternative sources of energy like diesel gasoline, but you may be surprised to learn that it can play a role...


Shop

View our broad assortment of in house and third party products.