The companies Nikon SLM Solutions and Materialise join forces to develop advanced Build Processors, enhancing the 3D printing process for Nikon SLM printers. This collaboration promises to streamline production, reduce calculation times, and offer unparalleled customization in metal additive manufacturing.

With granulate-based plastic processes, it is now possible to design highly durable products and produce them economically, even in closed material cycles. Fraunhofer IWU demonstrates with a highly resilient shelf and a vehicle frame how individual shaping, low material costs, and high load-bearing capacity can add up to rather useful products.

Formnext 2023, held in Frankfurt from 7-10 November, solidified its position as a pivotal event in Additive Manufacturing (AM) and modern production technologies. With a record-breaking attendance of over 32,000 professionals, the event showcased a remarkable increase from the previous year. International presence was also significant.

Scanlab, a key provider of laser scanning systems, introduces its Scanmotion Control software for metal 3D printing, enhancing efficiency and precision. Showcased at Formnext in Frankfurt, this software optimises laser machining trajectories for better part quality.

Additive manufacturing company 6K Additive announces its acquisition of Global Metal Powders (GMP). This move reinforces the company’s commitment to sustainable production and positions the company to meet increasing market demands for custom metal powders.

Berlin/Los Angeles-based startup 1000 Kelvin announced the full commercial availability of its AI-powered software, Amaize, at Formnext 2023. The company also unveiled its first integrations with commercial 3D printer manufacturers - including EOS — and customers, including a California-based rocket launch provider.

At Formnext, CRP Technology showcased its latest materials for manufacturing processes. The mock-up of Flying-CAM's Discovery UAS and Experia's new zero-emission Green Tourer motorcycle, both with parts 3D printed in Windform, were on display.

Stratasys' latest study, commissioned by Amgta and in collaboration with Dyloan Bond Factory, showcases the environmental impact of additive manufacturing in fashion. The report compares 3D material jetting with traditional methods in producing luxury goods, revealing substantial reductions in CO2e emissions, raw material usage, water, and energy consumption, while also streamlining the supply chain.

In collaboration, Lehvoss and Evonik have developed a new 3D printing material, PA613 with carbon fibre reinforcement, for industrial applications. This innovative material, developed specifically for laser sintering, combines low moisture absorption, high temperature stability and high process stability.

Toyota has become the first to purchase Stratasys' new F3300 3D printer, enhancing their production support and prototyping efficiency.