UltiMaker launched the Factor 4 Plus, an industrial FFF 3D printer designed for manufacturing and defense applications, featuring swappable print cores and a 330 x 240 x 300 mm build volume. Positioned above the S series, the system uses a dual-nozzle extrusion platform and is built for rugged production environments.
The Factor 4 Plus introduces TRACE (Technical Reporting and Certification Engine), an automated traceability system that records print data and generates CAD validation reports for quality assurance. It also incorporates UltiMaker’s new Cheetah motion planner, designed to reduce vibration and improve motion control. The company priced the printer from approximately $15,000 and highlighted its suitability for field and remote deployments.
For manufacturers and defense teams, the combination of higher throughput, automated validation and reduced downtime supports more reliable additive production. The launch reflects growing demand for industrial 3D printing systems that combine production scalability with built-in traceability and quality controls.
Industrial Traceability 3D Printers
UltiMaker Debuts Its Factor 4 Plus With TRACE
Trend Themes
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Traceability-enabled Additive Manufacturing — Automated recording of print parameters and CAD validation creates new possibilities for certified, auditable production chains that reduce quality risk in regulated environments.
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Field-deployable Industrial 3D Printing — Portable, ruggedized printers with remote-suitable form factors are enabling localized, on-demand production that can shorten supply chains and support austere operations.
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Motion-controlled High-throughput Extrusion — Advanced motion planners and dual-nozzle platforms increase throughput and surface quality, opening avenues for additive processes to replace or augment traditional mass-production techniques.
Industry Implications
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Defense Manufacturing — Integrated traceability and ruggedized printers facilitate mission-tailored parts production with verifiable provenance and rapid field maintenance capabilities.
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Medical Device Production — Regulatory-heavy manufacturing stands to benefit from embedded validation and automated reporting that support patient-specific devices and streamlined compliance.
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Aerospace Components — High-precision, certifiable additive processes enable on-demand fabrication of lightweight, complex parts with traceable histories that can improve supply resilience.