Achieving EN 45545-2 HL3 compliance in railway additive manufacturing requires more than selecting a flame-retardant filament. This article explains how certified materials, controlled industrial printing, 100% infill, compliant adhesives, and approved surface finishes work together to produce safe railway components.
Defense additive manufacturing is transforming how military organizations produce spare parts, maintain legacy platforms, and respond to supply-chain disruptions. At MSPO 2026, Omni3D will present an integrated architecture combining high-temperature polymer...
What companies should be visiting Eurosatory 2026? The modern battlespace runs on data, but it is supplied by physical logistics. For nations attending Eurosatory 2026, the starkest lessons from recent conflicts have not been about a single weapons platform, but about...
Small tactical drones are changing European defense requirements beyond speed, range, and payload. Using the Omni3D Mosquito 1000 and Mosquito 1600 as examples, this article examines why scalable production, secure digital workflows, fleet replacement, and forward-deployed manufacturing are essential to maintaining operational capability.
How to Achieve a Clean Surface Without Damage Flexible materials like TPU open up a wide range of industrial applications, from cushioning elements to gaskets and protective covers. At the same time, TPU brings a practical challenge that shows up quickly in real...
How in-situ additive manufacturing shortens defense supply chains at the point of need, with validated workflows, digital inventory, and Omni3D’s TFU20 deployable manufacturing lab.
