Hanwa launches HP-3D700 metal 3D printer with 700 mm build volume for B2B production
Hardware
Originally reported by it-boltwise.de
Hanwa, the Japanese trading and industrial conglomerate, has introduced the HP-3D700, a metal laser powder bed fusion (LPBF) 3D printer with a build volume of up to 700 mm in one axis. The system is designed for B2B manufacturers seeking to bridge the gap between prototyping and low-volume series production, targeting applications in mold making, complex machine components, and spare parts. Hanwa positions the HP-3D700 as a closed-atmosphere, controlled-environment production tool rather than a lab or desktop system, emphasizing process stability, noise dampening, and a workflow that integrates material flow, machine operation, and service. The printer supports standard stainless steel alloys and select specialty metals, with layer-by-layer temperature curve monitoring to ensure repeatability.
This launch places Hanwa in direct competition with established metal AM OEMs such as EOS, SLM Solutions, and TRUMPF, but with a distinct strategic angle. Rather than targeting aerospace or medical qualification-heavy segments, Hanwa is aiming at the broader industrial base - manufacturers who need repeatable metal parts in volumes too low for casting or machining but too high for one-off prototyping. This is a classic "mid-volume production gap" play, and it reflects a recurring pattern in the AM industry: a new entrant tries to capture value by offering a turnkey production system rather than just a machine. Hanwa's background in raw materials and trading gives it a potential advantage in securing powder supply chains, but the company must now prove it can deliver the software, parameter management, and service infrastructure that make a machine a factory-ready tool, not just a demo cell.
From a practical standpoint, the HP-3D700's success will depend on execution in three areas: material qualification breadth, user workflow integration, and post-sales support. Hanwa is not a pure-play AM company, and its credibility in this space will be built on referenceable customer installations, not on machine specs alone. Buyers should evaluate the HP-3D700 against their specific part geometries and material requirements, and demand clear data on mechanical properties, surface finish, and process repeatability before committing to a platform change.
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