Italian firm Roboze is aiming to revolutionize additive manufacturing with a new 3D printer designed to turn polymers and composites into mission-critical parts.
Dubbed the ARGO 500 HYPERSPEED Mission Ready, the system is built to process aerospace-grade plastics and carbon-fiber reinforced materials, supporting metal replacement and use in corrosive environments.
A key feature is its integrated material conditioning system, which safeguards sensitive polymers throughout the manufacturing process.
By controlling moisture and environmental conditions within the platform, the system aims to improve consistency and streamline production workflows.
The ARGO 500 is also designed to maintain stable performance at elevated temperatures and features a programmable logic control architecture to enhance mechanical precision.
It supports applications ranging from high-temperature aerospace ducting to naval and defense structural components, as well as lightweight parts intended to replace traditionally machined metal.
“As an industry, aerospace and defense constantly pushes the boundaries of innovation,” said Scott Sevcik, executive vice president of aerospace and defense at ROBOZE.
“The system was engineered to deliver the repeatability, material control, and reliability required to meet the stringent qualification requirements and perform at the highest levels.”
Filling the Gap
The launch underscores a wider trend in aerospace and defense, where organizations are seeking stronger supply chains, quicker access to critical components, and greater control over production.
ARGO 500 is designed to address that need by enabling on-demand manufacturing of advanced parts while maintaining consistent performance in demanding operational environments.
According to Alessio Lorusso, founder and chief executive officer of Roboze, technological sovereignty and supply-chain resilience have become central considerations in today’s geopolitical and industrial landscape.
“The system enables aerospace and defense organizations to produce advanced components on demand, strengthening operational readiness while reducing dependence on traditional supply chains.”
