Flash on printed, injected and wrought 316L stainless steel AISI 316L stainless steel (X2CrNiMo17-12-2) is widely used in 3D printing. To date, it has been studied the most according to the paper [Suwanpreecha et al 2022] at 40%. Suwanpreecha et al propose to compare the metals printed by the MIM-Like process with the large scale…
World Congress on Powder Metallurgy PM2022 This year we will be present at the World Congress on Powder Metallurgy which takes place in Lyon from 9 to 13 October 2022 : https://www.worldpm2022.com/congress-information/ We will present our thesis results on the formulation of a printable zirconia feedstock. To be continued….
Printing of turbines in carbon black filled ABS on ZORTRAX M200 (filament) and in carbon fiber filled PA on LASCALA platform (granules): Thanks to the PEPS project, we were able to print a turbine with filled polymers (ABS / carbon black and PA / carbon fibers) on two machines using either filament (ZORTRAX M200)…
What’s new in 3D printing of TA6V titanium alloy? Titanium is a light, non-magnetic, corrosion resistant, biocompatible material used in many fields, mainly aeronautics, aerospace, dental and medical. In 3D printing, the titanium alloy used is TA6V, a titanium alloy containing 6% aluminium and 4% vanadium, which increases the mechanical properties compared to pure titanium.…
Printing 316L metal turbines with Ultrafuse® filament and the RAISE 3D Pro 2: Thanks to the PEPS project, we were able to print a turbine in 316L with the RAISE 3D Pro 2 and the 316L Ultrafuse® filament from BASF. Compared to different printing technologies (powder bed with laser beam (here SLM Solution®), powder bed…
Comparative study on the printing of the same polymer, here Acrylonitrile Butadiene Styrene, called ABS, with different 3D printers (filaments and granules) Are the printed parts comparable to each other? Does the colour have an impact on the quality of the part? Is the material purchased equivalent whether it is in the form of…
