Future Form Adds HP Multi Jet Fusion for Domestic Plastic 3D Printing Services

Future Form, the Sparks, Nevada precision manufacturer serving data center, medical, defense, nuclear and aerospace customers, has added HP Multi Jet Fusion (MJF) plastic 3D printing to its service portfolio. The announcement, made March 9, 2026, positions the company among what it describes as a select group of U.S. manufacturers currently offering advanced 3D printing services at this level.

CEO Ben Thomas framed the move squarely around the economics of domestic production. "We specialize in plastic additive manufacturing, focusing on where it delivers the greatest value," Thomas said. "Using advanced Multi-Jet Fusion technology, we produce high-quality, functional parts with excellent surface finish, fast turnaround and cost efficiency without the tooling expense or long lead times of injection molding." In comments reported by TCT Magazine, he went further: "By adding these services, we're ensuring we can deliver high-quality parts to our customers when they need them without costly transportation fees or exorbitant mark-ups."

That last point is the crux of why this matters right now. Supply chain disruptions have been pushing U.S. industrial manufacturers toward domestic additive capacity for a couple of years, and Future Form's customer base sits squarely in the sectors feeling that pressure hardest. According to the Wohlers Report 2026, 3D printing services already account for 48% of the overall 3D printing market, a figure that reflects how far the industry has shifted from in-house machine ownership toward service-based production.

The HP MJF platform Future Form selected is well suited to the low-to-mid volume production window where injection molding stops making economic sense. You're not paying for tooling, you're not waiting eight weeks for a steel mold, and complex internal geometries like cooling channels are producible in a single build. TCT Magazine noted that Future Form specifically expects to leverage MJF's digital inventory capabilities, reduce scrap waste compared to subtractive processes, and enable those complex geometries that traditional manufacturing struggles with at low quantities.

The application targets are telling. TCT's coverage, citing Future Form directly, flagged 3D printing adoption in data center construction for modular builds, liquid-to-chip cooling components, and high-temperature alloy components for gas turbines, driven by what the company called the sector's "faster time-to-power needs." Those aren't hypothetical use cases for Future Form's customer list. Aerospace and space programs using thermal-management systems are also in scope, according to a 3D Printing Industry report on the announcement.

What the public announcement doesn't resolve is the specifics that would really help evaluate the service: which HP MJF model was installed, how many machines, what material families are available (PA12, PA11, TPU are the obvious candidates for this platform), and whether post-processing like bead blasting or dyeing is handled in-house. "Fast turnaround" is the promise but no actual lead-time figures were released.

For anyone in Future Form's target sectors who has been routing MJF jobs overseas or through a middleman service bureau, the pitch is straightforward: domestic capacity, no markup layers, and a manufacturer that already understands the tolerance and compliance requirements of defense, medical and nuclear work. Whether the throughput backs that up is the follow-up question worth asking.