Energy- and resource-efficient additive manufacturing with recycled plastics - Pellet-3D

Focus topic: Resource efficiency
Type of funding: Project funding programmes
Programme: CZS Prototypes
Funded institution:
  • Hochschule Trier

The further development of a pellet 3D printer makes plastic waste directly usable for additive manufacturing. Direct processing of the recycled material saves time and energy in the production process.

Goals

3D printers are increasingly being used in production. There is a high demand for processes to increase recycling rates while maintaining the highest possible product quality. Especially in industrial use, process time plays a crucial role.

The reprocessing of 3D printing waste (e.g. misprints or support structures) into filaments and their reuse has already been demonstrated. The use of a pellet printer should accelerate this recycling process. In this process, the printing waste is melted down and directly reprinted, eliminating the process step of filament production. Direct processing of the recycled material improves the energy efficiency of the overall process and shortens the process time.  The use of larger nozzle diameters in the pellet printer further accelerates the printing process.

Industry partners provide support in preparing the plastic waste to the optimum particle size distribution and shape, as well as in material processing.

Involved persons:

Matthias Stolzenburg

Program Manager, Legal Affairs

Phone: +49 (0)711 - 162213 - 13

E-mail: matthias.stolzenburg@carl-zeiss-stiftung.de

Prof. Dr.-Ing. Michael Wahl

Hochschule Trier

Detailed information:

Focus topic: Resource efficiency
Programme: CZS Prototypes
Type of funding: Project funding programmes
Target groups: Professors
Postdocs
Funding budget: 75.000 €
Period of time: August 2022 - Juli 2023

Funded institution:

Hochschule Trier
Hochschule Trier