HP has introduced the Multi Jet Fusion 1200, an industrial 3D printing system designed to lower the barrier to entry for in-house additive manufacturing. The unit features a 12-liter build volume, a print time of under 12 hours, and supports PA12 material, with plans for future compatibility with PA11 and TPU. The system includes a natural cooling unit, a material management system, and Magics Print for HP software, retailing at 60,000 Euro excluding VAT. This hardware is specifically targeted at small-to-medium enterprises looking to bring prototyping and low-volume production of orthotic devices and drone components in-house.

This release addresses the market gap between desktop FDM/FFF systems and high-throughput industrial MJF platforms like the 5200 series. By removing the requirement for nitrogen infrastructure and offering a compact footprint, HP is positioning the 1200 to compete with high-end polymer powder bed fusion systems in decentralized manufacturing environments. The focus on orthotics and functional prototyping reflects a broader trend of shifting from centralized service bureaus to localized, on-demand production models within the medical and aerospace sectors.

For potential adopters, the 1200 represents a trade-off between the high throughput of larger MJF systems and the capital efficiency required for smaller production runs. Users should evaluate the 90 percent material reuse rate and the specific cost-per-part metrics against their existing outsourced manufacturing expenses to determine the return on investment. The success of this system depends on the reliability of the automated workflow and the availability of the promised material ecosystem expansion.