Additive manufacturing technology reduces emissions and conserves resources in the production of fashion footwear, according to a study commissioned by the Additive Manufacturer Green Trade Association (AMGTA).
Evonik is introducing a new polyamide 12 powder designed to 'unbound sustainable 3D printing at scale,' with the material and the company's circular approach to be exhibited at Formnext.
With a growing emphasis on environmentally friendly manufacturing, the evaluation of the environmental performance of additive manufacturing processes has gained attention. Here, Evonik explores the importance of materials.
SPEE3D CEO Byron Kennedy and Director, Corporate Programs EMEA David McNeill discuss additive manufacturing for production, manufacturing in the field, and sustainability.
In early 2023, 3DPRINTUK announced a sustainable approach to its AM operations and outlined its “Road to Net Zero” plan. The company has now announced that it has taken a step to achieving this goal by attaining certified carbon neutral status.
The Additive Manufacturer Green Trade Association (AMGTA) has announced the preliminary results of a lifecycle analysis study around the binder jet 3D printing of an industrial component.
The project will investigate the potential to recycle high value scrap aerospace parts into feedstock for metal additive manufacturing users in the UK.
The joint effort set out to establish the possibility of a zero-waste workflow using lunar resources and scrap materials recovered from old mission or satellite debris to 3D print spare parts using Lithography-based Metal Manufacturing.
IperionX has announced that it has achieved the UL Environmental Claim Validation Procedure 2809 for its 100% recycled, low-carbon titanium metal powder for 3D printing.
The German company says the project, called Redox3D, aims to produce green hydrogen in solar tower powerplants through thermochemical processes that rely on solar energy.
6K Additive has entered into an agreement with Surgical Metal Recycling (SMR) in a bid to transform the way surgical implants are treated at the end of their useful life.
The California-based company said by bringing this capability in-house it can now offer greater production efficiencies and the opportunity to deliver end-use AM parts to customers.