New 3D Printing Facility Cuts Lead Times to One Week

Manufacturers can adopt rapid 3D printing workflows to replace slow, conventional machining and cut product development cycles.

Updated on Oct. 29, 2026 in Manufacturing

Isometric editorial illustration of a complex lattice component, symbolizing modern additive manufacturing efficiency. — Sandia National Laboratories is accelerating development cycles by transitioning to 3D printing for complex components, cutting production lead times to one week. AI Illustration. Upload story photo >

Live Poll

Do you trust that government labs effectively use new technology to improve national security and efficiency?

Sandia National Laboratories is slashing lead times for complex components by transitioning to additive manufacturing at its new facility. The shift from conventional machining to 3D printing allows operators to produce test-ready parts in one week rather than several months.

Why it matters

By enabling rapid prototyping, this approach allows businesses to move through design iterations in hours instead of months, significantly cutting development costs and speed-to-market constraints.

The new facility produces parts in 1 week, down from 4 to 6 months via traditional machining. Separately, the Kansas City National Security Campus saved $10 million in development costs by integrating 30 desktop 3D printers into its workflow.

The players

Sandia National Laboratories

A federally funded research and development center specializing in national security and advanced engineering.

Kansas City National Security Campus

A national manufacturing hub that operates large-scale additive printing programs for complex hardware.

The University of Texas at Austin

A public research university partnering on curriculum to advance additive manufacturing capabilities.

Defense Logistics Agency

The combat support agency that manages the global supply chain for the U.S. military.

The details

Engineers at the facility use additive manufacturing to bypass the time-intensive setups required for conventional machining. By moving from specialized industrial manufacturing to desktop and facility-based 3D printing, teams can produce surrogate test fixtures in 12 hours. This model also supports collaborative design sprints, allowing staff to refine prototypes with immediate equipment access and specialist guidance.

February 12, 2026: The Center for Advanced Manufacturing and Innovation facility opened.
2027: Planned launch of an advanced manufacturing course at The University of Texas at Austin.

Market Landscape

This facility follows the established trend set by the Kansas City National Security Campus desktop printer initiative to integrate rapid 3D printing into standard development workflows. The move marks a shift away from weeks-long traditional lead times in favor of iterative additive manufacturing.

Owners should evaluate whether the 3D printing workflows used here can replace traditional machine-shop outsourcing for non-critical prototypes. Replacing long-lead machined components with additive surrogates can immediately free up budget and reduce development cycles for complex assemblies.

The takeaway

Rapid prototyping changes how operators should view the cost of testing errors, as shorter iterations make experimentation cheaper and faster. Monitor 3D printing adoption in your specific supply chain to identify when you can bring fixture production in-house to bypass external machining queues.