Materialise, a global leader in 3D printing solutions, has introduced a new service for more sustainable 3D printing. The company’s Bluesint PA 12 service makes it possible to 3D print with up to 100% re-used powder, significantly reducing powder waste, and offers customers a more sustainable option for 3D printing.

Materialise announced the material innovation last year and following a beta program for selected customers the company now makes its Bluesint PA 12 service broadly available.

With selective laser sintering, the second most used 3D printing technology, up to 70% of the powder is down-cycled or becomes waste. With Bluesint this waste powder can be given a second life to print new parts, creating a path toward eliminating waste in 3D printing.

Bluesint PA 12 offers more sustainable option for 3D printing.

Bluesint PA 12 also presents an opportunity to reduce CO2 emissions. The production of each kilogram of standard PA 12 powder generates more than seven kilograms of CO2. By reducing the need for new material production, Bluesint PA 12 enables a decrease of CO2 emissions from powder production of approximately 30%.

The availability of Materialise’s Bluesint PA 12 service follows an extensive beta program for selected customers. The Maggie Program, a Belgium-based non-profit organization that builds multi-functional shelters for local communities, participated in the testing program for the production of their shelters.

“We rely on the flexibility of 3D printing to address some of the manufacturing challenges we faced for the production of certain parts of our shelters,” commented Benjamin Denef, CEO and Founder of Maggie Program vzw and DMOA architects. “With Bluesint PA 12, Materialise now gives us the possibility to manufacture these parts in a more sustainable way with similar mechanical properties.”

“Typically, 3D printed prototypes have short lifespans because they are only used in the validation phase, creating a need for a more sustainable solution in this part of the product development process,” stated Jurgen Laudus, vice president and general manager of Materialise Manufacturing. “Bluesint PA 12 allows for sustainable development of prototypes with functional and mechanical properties comparable to the end part.”

Materialise, a global leader in 3D printing solutions, has introduced a new service for more sustainable 3D printing. The company’s Bluesint PA 12 service makes it possible to 3D print with up to 100% re-used powder, significantly reducing powder waste, and offers customers a more sustainable option for 3D printing.

Materialise announced the material innovation last year and following a beta program for selected customers the company now makes its Bluesint PA 12 service broadly available.

With selective laser sintering, the second most used 3D printing technology, up to 70% of the powder is down-cycled or becomes waste. With Bluesint this waste powder can be given a second life to print new parts, creating a path toward eliminating waste in 3D printing.

Bluesint PA 12 offers more sustainable option for 3D printing.

Bluesint PA 12 also presents an opportunity to reduce CO2 emissions. The production of each kilogram of standard PA 12 powder generates more than seven kilograms of CO2. By reducing the need for new material production, Bluesint PA 12 enables a decrease of CO2 emissions from powder production of approximately 30%.

The availability of Materialise’s Bluesint PA 12 service follows an extensive beta program for selected customers. The Maggie Program, a Belgium-based non-profit organization that builds multi-functional shelters for local communities, participated in the testing program for the production of their shelters.

“We rely on the flexibility of 3D printing to address some of the manufacturing challenges we faced for the production of certain parts of our shelters,” commented Benjamin Denef, CEO and Founder of Maggie Program vzw and DMOA architects. “With Bluesint PA 12, Materialise now gives us the possibility to manufacture these parts in a more sustainable way with similar mechanical properties.”

“Typically, 3D printed prototypes have short lifespans because they are only used in the validation phase, creating a need for a more sustainable solution in this part of the product development process,” stated Jurgen Laudus, vice president and general manager of Materialise Manufacturing. “Bluesint PA 12 allows for sustainable development of prototypes with functional and mechanical properties comparable to the end part.”