HP unveils MJF 1200 entry-level 12-liter PA12 3D printer solution for 2027 release

HP has officially unveiled the Multi Jet Fusion 1200 at RAPID + TCT 2026, a compact 12-liter additive manufacturing system scheduled for market availability in 2027. The unit is priced under $60,000 and is designed for ease of use, operating on standard electrical outlets without requiring specialized gas infrastructure. The system includes an unpacking station, Magics Print for HP by Materialize, and a live viewer tool. It will launch with HP 3D High Reusability PA12, a material developed in collaboration with Evonik that allows for up to 80% powder reuse at a cost of approximately $100 per kilogram. Alex Moñino, Senior VP and General Manager of HP Additive Manufacturing Solutions, confirmed the focus is on lowering total cost of ownership and simplifying workflows for decentralized production.

This move targets the entry-level polymer AM segment, specifically positioning HP against Formlabs and its Fuse 1 system. By offering a sub-$60,000 MJF solution, HP is attempting to capture small labs, machine shops, and university departments that previously lacked the capital for industrial-scale MJF hardware. The 12-liter build volume provides a bridge between desktop prototyping and high-volume production, allowing users to maintain part consistency from initial design through to scaled manufacturing. The inclusion of a service contract at 10% of the system value, featuring next-day part delivery and three-day technician arrival, reflects a strategy to secure recurring revenue through high-uptime service models.

For HP, the MJF 1200 serves as a strategic tool to expand the installed base and create a pipeline of users trained on the MJF ecosystem. Success depends on the actual performance of the Evonik-enabled PA12 powder and the ability of the automated unpacking and mixing workflows to deliver the promised simplicity. Buyers should evaluate whether the 12-liter capacity meets their specific part geometry requirements before committing to the ecosystem. The primary challenge for HP will be ensuring that the lower price point does not cannibalize their higher-margin industrial systems while effectively defending the low-end market from specialized competitors.