Nexa3D has signed a letter of intent (LOI) to acquire Essentium, adding an extrusion 3D printing technology to its existing VAT photopolymerisation and powder bed fusion processes.
Additive manufacturing software company Cognitive Design Systems (CDS) has raised 2 million EUR in funding. Iron Hands Capital, DAA Capital Partners and SpaceFounders France all contributed to the funding round.
Acquiring GMP integrates additional proprietary manufacturing and recycling capabilities, which will be used to prepare material for the UniMelt spheroidising process.
Promising reduced labour, maximised uptime and higher part quality and yield, Stratasys believes the F3300 to be the ‘most sophisticated industrial 3D printer on the market.’
Heat transfer technologies manufacturer Conflux Technology has entered serial production on metal 3D printed argon heat exchangers for the AMCM M 4K machine.
BMW, EOS, Dyemansion and Grenzebach have declared its three-year POLYLINE project, set up to automate an additive manufacturing production line for polymer parts at scale, a success.
Hannover Medical School’s (MHH) ENT clinic has used Desktop Health’s 3D-Bioplotter Manufacturer Series to produce a customised ear implant with drug release benefits.
Additive manufacturing technology reduces emissions and conserves resources in the production of fashion footwear, according to a study commissioned by the Additive Manufacturer Green Trade Association (AMGTA).
Ricoh is leveraging Siemens Digital Industries Software’s Additive Manufacturing Network capabilities to maximise the efficiency of its aluminium Binder Jetting Technology (BJT).
Italian contract manufacturer Ci-Esse Srl has purchased a Velo3D Sapphire metal 3D printing system, becoming the first member of its contract manufacturer network in Italy.
Dalhousie University has installed the CeraMax V900 to further develop its silicon nitride, titanium carbide and silicon carbide formulations, and the CeraFab Multi 2M30 to incorporate electrical circuitry into ceramic parts.
The company's investment in XJet's ceramic NanoParticle Jetting technology follows an intensive benchmarking process in which it was determined that the process could produce parts that had previously been considered impossible.
