Fortius Metals CEO Jeph Rupper joins the Additive Insight podcast to discuss the manufacturing opportunities with large-format wire-based AM and the furtuer of multi-material 3D printing.
Top Definition, available via an over-the-air software release, will allow users to directly print features as thin as 0.2mm, while 'dramatically improving' the as-printed strength of small features previously too fragile to print.
Safran says the additional capacity will ‘address production bottlenecks, maintain equipment redundancy, and secure the high reliability required for serial production’ of lightweight, high-performance aluminium components.
The patented process leverages advanced spray drying and optional plasma densification techniques to produce highly densified composite particles that are spherical and flowable.
Lea brings over 30 years of experience in leadership positions across the manufacturing sector, including President of Rapid Product Development Group, which was acquired by 3D Systems under his leadership.
The part, a 1-Newton thruster developed by DLR, will be printed and returned to Earth for hot-fire testing, in what DLR has described as ‘a game-changer for additive manufacturing in space, unlocking new frontiers for exploration.’
YBI previously acquired an XJet Carmel 1400C ceramic system in 2018, and has sought to add a Carmel 1400M system to bolster its support to customers working in aerospace and defence, medical devices, and electronics across North America.
Prahalada Rao, Associate Professor at Virginia Tech, introduces the DynamicPrint model-based feedforward process control approach for rapid part qualification and defect mitigation in laser powder bed fusion (LPBF).
The company believes the formation of the Board of Advisors will help to accelerate its mission to deliver high-quality, sustainable metal powders for advanced manufacturing applications.
Velo3D will conduct material validation and printing trials to complete full integration into its production workflows as it seeks to support the building of a secure US-based additive manufacturing supply chain for aerospace and defence programs.
The Taiwanese manufacturer says the installation of the Hiperbaric HIP 93, one of the largest HIP systems in Hiperbaric’s portfolio, will help to bolster its capabilities in the manufacture of high-value-added components for the aerospace sector.