Selective powder deposition can be utilized to furnace sinter intricate glass objects by using alumina beads as a non-fusible support powder.
Field-assisted sintering (FAST), also referred to as Spark Plasma Sintering (SPS), is a powder metallurgy technique used to produce dense and high-performance materials by applying pulsed electric current and pressure…
After four days at the tradeshow, industry, politics and research are all sending a clear signal from Hannover : Pandemics and wars must not and will not slow down the process of industrial transformation !
At Aerosint we’ve developed the Selective Powder Deposition (SPD), a technology that allows the user to make 2D patterns with multiple powders in any shape or form they desire. Our goal is to empower you with this technology to make materials and parts like none you’ve seen before. One way to achieve this is via direct pressure assisted sintering on multi-material powder constructs.
Thank you to the jury Lionel Ridosz Stéphane Lesprit Tebourski Ramzi Philippe Ferraud and Pierre-Antoine Arrighi for understanding the potential that #multimaterial AM offers !
Don't hesitate to come and visit us at our booth, place "C02". It's always a pleasure to discuss with you!
Could such bi-metallic designs improve the thermal efficiency of molds ? Come see this part and many others at our booth next week at "3D Print Lyon" and "France Innovation Plasturgie".
This is (by far) the first question people ask about the Aerosint process. And rightfully… When we print with two metal powders simultaneously, the unfused powder in the process inevitably ends-up being a mix of the two metal powders. Can the excess powder be recycled? Often not, or at least not easily and not fully.
BOSTON--(BUSINESS WIRE)-- Desktop Metal (NYSE: DM) today announced it has acquired Aerosint, a pioneer in multi-material deposition systems for powder-based additive manufacturing (AM) solutions.
For the next 4 years Aerosint will participate in a project lead by the CRM Group and UCLouvain - Université catholique de Louvain. The project is a Win2Wal funded project and aims at researching the compatibility of dissimilar metals for multimaterial 3D printing.
