First-Ever Dual-Metal Part Printed via L-PBF

It’s finally done, the first-ever dual-metal part is printed via Laser- Powder Bed Fusion (L-PBF). This exciting news results from a strong cooperation between Belgium-based Aerosint SA, who developed a multi-material print head and Aconity3D GmbH. The work is done on the all-new AconityMIDI+ system, which is especially designed for housing the multi-material print head.

New Official Distributor in Japan

Aconity3D is very proud to announce that HTL Co. Japan is now official distributor within Japanese territory. Premiering on the 2020 Rapid TCT Show Japan, HTL is excelling sales for a vastly growing Japanese market. The whole Aconity3D team is very happy about the new collaboration and we wish our new partner lots of success.

Formnext Trade Show

Aconity3D will attend the biggest event in Additive Manufacturing again. Visit us at this year’s Formnext in Frankfurt: Hall 12 Booth B18 and check out our all-new AconityMIDI+ Laser Beam Melting system.

Pure Copper with AconityMINI

Aconity3D has built the first component from pure copper (CU-ETP). The work was performed on an AconityMINI with a laser in the green wavelength range. The relative material density of the components is > 99.6%. The processing of pure copper allows the opening of new markets for additively manufactured components, since pure copper has an

AconityUS joins America Makes

AconityUS proudly announces it has officially joined America Makes. America Makes is the National Additive Manufacturing Innovation Institute driven by the National Center for Defense Manufacturing and Machining (NCDMM). As the nation’s leading partner in additive manufacturing (AM) it is comprised of organizations from industry, academia, government and non-government agencies with the purpose of innovating

Multi material for the LPBF process

Aconity3D recently announced a new partnership with Aerosint. By partnering with Aerosint, Aconity3D intends to extend the capabilities of the LBM process to multi material printing. The partnership aims to implement Aerosint’s re-coating technology into Aconity3D’s LBM systems. You can find out more about the partnership at 3dnatives. https://www.3dnatives.com/en/aconity3d-aerosint-210220194/ More information about Aerosint SA: https://aerosint.com/

Research Project IDAM

Despite its advancements over the last years, large-scale series production scenarios based on Additive Manufacturing (AM) are still scarcely found. For this reason, a consortium of twelve partners (Automotive OEMs and suppliers, automation and IT experts and established special equipment manufacturers for laser beam melting (LBM), powder handling and post-processing) has been formed to jointly

Aconity3D MultiScan

Aconity3D is proud to announce the all-new Dual 3D Scan Head. Its stackable design facilitates industry-leading full-overlap 400 mm scan field exposure with up to 4 Lasers, setting a new standard in productivity for series applications of LPBF. The Dual Scan head is equipped with an innovative calibration procedure and compatible with Aconity3D’s leading edge

Research Project AddSteel

Main objective of the project AddSteel is the optimization of steel materials for Additive Manufacturing. This includes alloy as well as process development as well as material- and part characterization. Besides material science related issues, the project also addresses an economical analysis of the production process from atomization to the finished part. This project is

Research Project AddToP

Aconity has teamed up with partners from industry & research to jointly develop a technology processor for laser beam melting (LBM). Main objective is to enable the application of knowledge-based adaptive processing strategies without the requirement of expert know-how. By this means, the process parameters for part production are optimized under technological, ecological and economical