Build at scale
Produce large components, or consolidate several parts into one, within the biggest Fortus-series envelope.
Stratasys F900Big parts, one build.
Our largest FDM system. Full-size tooling, ducts and production parts in engineering thermoplastics, built in one piece in Jebel Ali.
914 × 610 × 914 mmBuild envelope
±0.089 mmManufacturer-stated accuracy
18FDM materials it runs
0.127–0.508 mmLayer thickness range
When the part is big,the build stays whole.
The F900 extrudes engineering thermoplastic layer by layer inside a controlled build chamber. Soluble or breakaway supports free up internal and external geometry, so large parts arrive ready to finish.
Why we run it
- Large build envelope. 914 × 610 × 914 mm, the biggest Fortus-series envelope, for full-scale parts with fewer joints.
- Production repeatability. A controlled thermal environment keeps large builds consistent from one part to the next.
- Serious materials. From ABS and ASA to ULTEM™ 9085, Antero™ and PPSF for heat, chemicals and flame-smoke-toxicity.
- Digital inventory. Critical replacement parts stay available as files, ready to print when needed.
Built for industrial scale.Proven on the factory floor.
Large-format capacity, production materials and a controlled FDM workflow in one platform.
Production materials
ABS, ASA, nylon, polycarbonate, PPSF and ULTEM™ resins for demanding mechanical and thermal duty.
Soluble and breakaway supports
Internal channels and nested features build cleanly, with less manual support removal.
Controlled workflow
GrabCAD Print™, Insight™ and job monitoring keep every build traceable and repeatable.
From toolingto production parts.
Put large-format FDM to work on assembly tools, composite tooling and functional polymer parts.
Tools designed around the job.
Assembly fixtures, drill guides, checking gauges and robotic end-of-arm tools in engineering thermoplastics. The large envelope takes full-scale tooling in one piece.
From CAD to the lay-up tool.
Lay-up tools, forming tools and machining fixtures straight from CAD. High-temperature thermoplastics and sacrificial ST-130 give different routes for different composite processes.
Make the part. Match the duty.
Low-volume and bridge-to-production polymer parts, from housings and ducts to components with demanding thermal or chemical requirements.
Large air duct
High-temperature intake adapter
Vacuum tool head
Automotive intake duct
Tube drill jig
Intake manifold
Tube assembly fixture
ESD-safe air duct
Example FDM parts that show the kind of work the F900 is built for.
The numbers behind it.Manufacturer specifications.
Values published by Stratasys for the F900. What a specific part achieves depends on its geometry, material and build set-up.
| Specification | Manufacturer value |
|---|---|
| Build envelope | 914.4 × 609.6 × 914.4 mm (36 × 24 × 36 in.) |
| Material delivery | Two model and two support canisters with automatic changeover |
| Layer thickness | 0.127–0.508 mm, material dependent |
| Achievable accuracy | ±0.089 mm or ±0.0015 mm/mm, whichever is greater* |
| System size and weight | 2,772 × 1,683 × 2,027 mm / 2,869 kg |
| Operating conditions | Up to 29 °C and 80% relative humidity |
| Power requirements | 230 VAC, 3-phase, 50/60 Hz, 40 A |
| Software | GrabCAD Print™, Insight™ and Control Center™ |
*Manufacturer-stated value. All values are manufacturer specifications for the system, not guaranteed results for an individual part.
Materials it runs.18 engineering thermoplastics.
Every FDM material in our library is compatible with the F900, including three it runs exclusively: FDM Nylon 6, TPU 92A and PPSF.
ULTEM™ 9085 resin
High-performance PEI material reference for demanding applications.
View material
Antero™ 800NA
PEKK with low outgassing and strong chemical resistance.
View material
FDM Nylon 12CF
Carbon-filled nylon for lightweight, high-stiffness parts.
View material
PPSF/PPSU
High-performance thermoplastic for demanding chemical and thermal exposure.
View material| Material | Key property | Typical use |
|---|---|---|
| ABS-M30 | Balanced strength and toughness | Prototypes, jigs and fixtures |
| ABS-M30i | Documented biocompatibility options | Medical-device prototypes and tooling |
| ABS-ESD7 | Electrostatic discharge control | Electronics fixtures and housings |
| ASA | Outdoor and UV durability | Outdoor housings and functional prototypes |
| FDM Nylon 6 | Impact and wear resistance | Tooling and functional components |
| FDM Nylon 12 | Toughness and fatigue resistance | Snap-fit parts and fixtures |
| FDM Nylon 12CF | High stiffness-to-weight | End-of-arm tooling and structural fixtures |
| FDM TPU 92A | Flexibility and resilience | Seals, covers and shock-absorbing parts |
| PA6/66-GF30-FR | Glass reinforcement and flame performance | Transportation and industrial components |
| PC-ABS | Impact and heat performance | Housings and functional assemblies |
| PC | Strength and temperature capability | Tooling and functional prototypes |
| PC-ISO | Biocompatibility documentation | Medical and industrial prototypes |
| PPSF/PPSU | Heat and chemical resistance | Fluid-handling and high-temperature parts |
| ST-130 | Dissolvable composite tooling | Hollow composite structures |
| ULTEM™ 9085 resin | Strength, heat and FST performance | Aircraft interior parts and production tooling |
| ULTEM™ 1010 resin | Thermal and chemical resistance | High-temperature tools and components |
| Antero™ 800NA | Low outgassing and chemical resistance | Aerospace and fluid-exposed parts |
| Antero™ 840CN03 | Static dissipation and low outgassing | ESD-sensitive tooling and aircraft parts |
See it running.The F900 in production.
The official Stratasys overview of the F900: the build chamber, the material bays and the parts it makes.
How it fitsour production workflow.
The machine is one step. Engineering, finishing and inspection happen under the same roof, with one point of contact.
Send the part
A CAD file, a drawing, or photos and the old part. Tell us what it does and how many you need.
Process and quote
An engineer confirms the F900 is the right machine, recommends the material and sends price and date.
Print on the F900
We orient, nest and build the part, keeping the build record with the job.
Finish and inspect
Supports come off, the part is finished as specified and critical dimensions are checked.
Related systems.Owned and run in-house.
Every part is made on our own machines in Jebel Ali. We choose the process by the part, not by the machine that happens to be free.
F900 questions,answered.
Anything else? See all FAQs
What is the largest part the F900 can print?
The manufacturer-stated build envelope is 914 × 610 × 914 mm. If your part is larger, send it anyway: we review whether it can be built in sections and where the joints should go.
Can you make aircraft cabin parts on the F900?
Yes, in ULTEM™ 9085 and other suitable grades. Paradigm 3D manufactures eligible aviation parts under a production arrangement with The Aviation AM Centre, the EASA Part 21G approval holder, which issues EASA Form 1 for parts supplied through that approved route. Aviation cabin parts
How accurate are F900 parts?
Stratasys states ±0.089 mm or ±0.0015 mm/mm, whichever is greater. Achieved accuracy depends on geometry, material and build orientation, so we agree the critical dimensions with you and inspect them.
When would you choose the Fortus 450mc instead?
For parts that fit within 406 × 355 × 406 mm, the Fortus 450mc runs the same core materials. We choose the machine that suits the part size, quantity and schedule.
Bring us the part.
Send a drawing, a CAD file, or photographs and the old part. Tell us what it does, how many you need and when.