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Cirkular and cellulose based 3D printing filament

Reference number
Coordinator Add North AB (reg. Moundl AB) - Add North 3D AB
Funding from Vinnova SEK 1 000 000
Project duration November 2016 - April 2017
Status Completed
Venture Circular economy
Call Circular flows - a call within circular biobased economy (pre-studies)

Purpose and goal

Big steps towards making 3D-printing truly sustainable has been made, which was the overall purpose of this project. This has been done through fulfilling the following goals: * A circular business model has been developed and established for recycling of residuals in 3D-printing * Methods and machinery for sorting and reproduction of residuals from 3D-printing has been identified * A 3D-printable polymer solely based on cellulose has been produced with relatively high efficiency, in a process that is deemed possible to scale up in a future development project

Expected results and effects

The results of this pre-study enables our customers to send surplus material and failed prints back to us in exchange for discounts on future purchases. This model is the first of its kind within 3D-printing and is expected to result in higher circularity throughout the industry. Customers will also be able to buy recirculated filament products from us. The circularity is complete when the materials are based on residuals from the Swedish wood industry, instead of fossil or food-grade carbohydrate sources, which was achieved at lab scale and will be scaled up in the development project.

Planned approach and implementation

The business model was achieved through interviews with customers and potential logistics partners. Resealable pouches was judged as the best way to facilitate the return flows, and discounts as the incentive to make it happen. Machinery, methods and a circular product was identified and developed to reproduce returned material. A trial batch of cellulose plastics was produced after some pre-studies, through a process that was run end-to-end for the first time ever for this purpose. The product got similar features as conventional equivalents. The process is suitable for scaling up.

External links

The project description has been provided by the project members themselves and the text has not been looked at by our editors.

Last updated 25 November 2019

Reference number 2016-04303

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