We have released a technology video demonstrating synced multi-laser processing in Laser Powder Bed Fusion (LPBF). The video highlights the ability to select a leading and a following laser beam within one build job, enabling new levels of laser-to-laser interaction and operator-controlled beam sequencing directly on the machine.
Autodesk has produced a new video together with us, placing our long-standing and successful collaboration at the center. The production offers exclusive insights into how modern Autodesk software solutions are integrated into our development and manufacturing processes.
Aconity3D is excited to participate in WAM Saudi this coming February in Saudi Arabia. As a leading provider of modular and high-precision metal Additive Manufacturing systems, we warmly invite all visitors to stop by our booth H1-D25.
We are excited to announce that this year we will be exhibiting at the booth of our partner AMAZEMET at Formnext, the worldβs leading trade fair for additive manufacturing and innovative production technologies, in Frankfurt!
We are pleased to announce the successful completion and installation of our AconityTWO at the Brazilian technology institute SENAI. This project was realized in close cooperation with our local distributor InFocus.
With our new High-Temp Preheating Option, Aconity3D pushes the boundaries of additive manufacturing.
The vision of additive manufacturing as a sustainable, flexible, and highly precise production technology depends entirely on process reliability.
We are excited to introduce our newly developed depowdering station β a smart and well-designed solution for a clean, simple, and user-friendly post-processing workflow.
When high-tech meets hometown spirit: The partnership between Aconity3D and start-up Cube-Farm demonstrates how regional networks can drive forward innovative projects.
Aconity3D is proud to announce the start of series production for the Aconityππππππππππππ – a next-generation filtration system setting new standards in reliability, safety, and operational efficiency for metal additive manufacturing environments.