UK-based Wayland Additive has announced it will present commercial results from its Calibur3 electron beam powder bed fusion (PBF-EB) system at Formnext 2026 (November 17-20, Frankfurt, Hall 12 B139). The centerpiece is the NeuBeam Active Charge Neutralization (ACN) technology, which prevents "smoke events" without the large-area pre-sintering typical of conventional E-PBF, leaving the powder bed loose, making powder removal easy and improving powder reuse potential. The system offers a build volume of 300 x 300 x 450 mm, an electron beam of up to 5 kW at 60 kV, and a process temperature of approximately 1000 degrees C. A highlight is high-density, crack-free tungsten parts developed in collaboration with Fraunhofer IFAM, including a demonstration rocket nozzle. Parts can "float freely" in the powder bed without attachment to a build plate, residual powder is cleared in minutes, and no critical post-processing such as EDM or heat treatment is required. Wayland Additive was founded in 2019 and is headquartered in Huddersfield, UK. It was spun out of precision manufacturing company Reliance Precision and licensed the NeuBeam process, with a founding team drawn from the semiconductor industry. Calibur3 was commercially launched in 2021, with early customers including Canada's Exergy Solutions and the UK Royal Air Force. The company has raised approximately USD 18 million in total funding, including a GBP 4.6 million raise. The NeuBeam approach is seen as a "third route" between SLM and conventional EBM. Its pre-sinter-free operation and free-floating powder bed characteristics significantly widen the process window for refractory metals such as tungsten and highly reflective materials in E-PBF. The pre-sinter-free process keeps the powder bed loose, yielding high powder recovery rates and lowering post-processing costs for refractory metal printing, an important purchasing consideration for users who consume large quantities of high-value powder.