Major challenges call for autonomous solutions

In an increasingly demanding industrial landscape, the ability to autonomously produce large-scale functional components has become a strategic asset for companies in regulated sectors or remote areas. The need for supply chain resilience, rapid response times, and cost optimization is driving more companies toward advanced manufacturing technologies.

This is the context in which ARGO 1000 HYPERMELT comes into play: Roboze’s platform designed to deliver real answers to the demand for flexibility, scalability and production independence. Tailored for those working with rigorous performance and quality standards, ARGO 1000 HYPERMELT redefines the boundaries of industrial large-format additive manufacturing.

What is ARGO 1000 HYPERMELT?

ARGO 1000 HYPERMELT is Roboze’s additive manufacturing platform for producing large-format parts with high-performance materials. Engineered to integrate into the most complex industrial workflows, it allows for the production of components up to 1 cubic meter, with mechanical precision ensuring tight tolerances even on complex geometries.

At the heart of the technology is the HYPERMELT system—an evolution of Roboze’s proprietary FGF technology. HYPERMELT enables productivity up to 2 kg/h, drastically reducing cost per part—up to 5 times lower than FFF solutions for the same volume.

Among the processable materials, ARGO 1000 HYPERMELT supports a curated range of high-performance polymers and technical composites, including ULTEM™9085, Carbon PA PRO, and Strong-ABS. These are ideal for structural applications in demanding environments thanks to their chemical, thermal, and mechanical resistance.

A machine built for production, not just for size

ARGO 1000 HYPERMELT is designed to meet a clear need: to reliably and continuously produce large functional components using high-performance materials. Unlike many market options, it’s not a scaled-up lab machine: it’s an industrial platform made to fit real production environments.

One of its key advantages is operational continuity. The Smart Drying & Feeding system keeps materials in ideal conditions for hours, automatically adapting to their characteristics. This allows for uninterrupted printing of parts up to 1 cubic meter, with over 72 hours of autonomy without needing a refill, a major benefit for those who prioritize efficiency and lead time.

Another essential feature is production speed. Thanks to the high-performance extruder, ARGO 1000 delivers up to 2 kg/h throughput, even with super polymers. This is achieved with a single extruder, compatible with all supported materials, significantly reducing print times without compromising quality.

For short-run or repeat batch production, the IDEX dual extruder configuration offers a direct advantage: two parts printed simultaneously, doubling productivity. One machine, two results.

Finally, the heated chamber reaches up to 180°C, regulated by 12 sensors to ensure a stable thermal environment. This guarantees consistent, repeatable parts without warping or post-processing. A result not all systems can deliver at this scale.

These elements, continuity, speed and repeatability, are not just technical specs: they are tools to enhance production, reduce costs and meet deadlines. This is why ARGO 1000 HYPERMELT is a true production machine, designed to make a difference in real-world conditions.

An industrial choice for today

With ARGO 1000 HYPERMELT, Roboze delivers an advanced industrial solution for large-scale production using high-performance materials and the design freedom modern industry demands.

For those seeking high productivity, supply chain independence, and certifiable structural quality, ARGO 1000 HYPERMELT is the concrete answer. Whether optimizing predictive maintenance in an energy plant, ensuring spare parts in the railway sector, or accelerating the launch of new components in advanced mobility, ARGO 1000 HYPERMELT is the right solution.

Want to find out if ARGO 1000 HYPERMELT fits your production needs? Request a feasibility analysis or talk directly with our experts.