
High-capacity FDM engineered for reliable, precise, and consistent manufacturing at scale.
System details
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Engineering fit
The Stratasys F900 is the flagship industrial FDM 3D printer for large-scale, high-accuracy, and repeatable production. Trusted across aerospace, automotive, and manufacturing, it delivers documented uptime, dependable output, and industry-ready performance for controlled parts.
Stratasys F900 - Industrial FDM at Production Scale
The Stratasys F900 is the flagship industrial FDM® 3D printer engineered forlarge-format manufacturing, high-accuracy parts, and dependable production workflows. Trusted by leading aerospace, automotive, and industrial manufacturers worldwide, the F900 sets the benchmark forrepeatability, uptime, and dimensional precisionacross controlled applications.
Built for Large-Scale Additive Manufacturing
With the largest build chamber in the Stratasys FDM portfolio, the F900 enablesfull-scale tooling, oversized prototypes, and multi-part build trayswithout sacrificing consistency or part quality. Its ability to maintain uniform results across the entire build area supports true production throughput for both complex trays and large single components.
documented Material Versatility for Demanding Applications
Supporting more than25 Stratasys Preferred and Validated materials, the F900 offers one of the broadest thermoplastic selections on the market. From specified ULTEM™ and Antero® materials to Nylon 12CF carbon fibre, PC, ASA, and more, the F900 support manufacturers to producestrong, functional prototypes, tooling, and certification-ready end-use parts. Soluble support options make it easy to printcomplex geometries and consolidated assemblies.
High-Strength Performance You Can Rely On
Stratasys FDM technology enablesspecified mechanical properties, including carbon fibre-reinforced parts with tensile strengths over 10,000 psi. A system-wide production variance under 5% and a 92% print success rate deliver the dependability needed for consistent, repeatable, high-stakes production.
Consistency and Precision at Production Scale
The F900 producesnear-isotropic parts, achieving over 80% Z-axis strength for select materials. That level of performance gives manufacturers confidence to orient parts based on build efficiency without compromising mechanical integrity. Precision extrusion control and thermal stability ensuretight tolerances and accurate resultsacross long production runs.
Accelerated Post-Processing with CoatReady™ Technology
For ULTEM™ 9085 users, CoatReady™ mode produces significantly smoother surfaces straight from the printer. This optimisation reduces sanding, priming, and finishing steps - translating tolower labour costs, faster turnaround, and improved overall throughputfor finishing-intensive workflows.
Extended, Unattended Production with Fortus FDC™
Pairing the F900 with the optionalFortus FDC™ drying and material delivery cabinetsupport extended print times, improved reliability, and reduced operator intervention. The system conditions filament for optimal performance and delivers high-capacity material feeds forlong, continuous build operations.
defined Integration Into Industry 4.0 Environments
The F900 supports secure, connected manufacturing withadvanced data protection and enterprise-grade integration. With GrabCAD Print™, GrabCAD Print Pro™, Insight™, and Streamline Pro™ compatibility, manufacturers benefit fromautomated workflows, traceability, advanced slicing, cost estimation, and parameter control. OpenAM™ is available for teams who require fine-tuned control of print strategy and material behaviour.
Engineered for Reliability, Supported Worldwide
Designed for continuous factory use, the F900 is backed by a global support network offeringpriority service, expert training, preventative maintenance, and regular software updates. This ensures maximum uptime, predictable operating costs, and stable long-term performance for high-volume manufacturing environments.
Evidence
Case study · Aerospace
General Atomics Aeronautical Systems, Inc. (GA-ASI)
General Atomics Aerospace Additive Manufacturing Case Study
Read the case studyAM Ecosystem Discipline
GA-ASI built additive manufacturing around materials, OEMs, software, specifications, standardization bodies, contract manufacturers and skilled internal teams.
Business-Case First
The source emphasizes printing because the application justifies it, using part families and measurable business value to guide AM adoption.
Qualified Production Capacity
GA-ASI uses Stratasys FDM technology and validated contract manufacturing to support prototyping, tooling, production parts and flight-hardware workflows.
Further reading
- Case studyLockheed Martin Antero 840CN03 FDM Aerospace Parts Case Study
- Article3D Printed Automotive Tooling in the UAE: How to Assess the Business Case
- ArticleAdditive Manufacturing for UAS: Choosing the Right Process from Small Drones to Large Aircraft
- ArticleAerospace Additive Manufacturing Approval Readiness: What to Control Before Certification Review
- WhitepaperABS-ESD7 Electrical Performance in FDM Parts
- WhitepaperCNC vs FDM®: Choosing the Right Process for Rapid Prototypes
Specifications
Technical specifications
- Max Build Size
36 × 24 × 36 in. (914 × 610 × 914 mm)
- Materials
16
- Cartridge capacity
Up to 500 cu in.
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