Faster throughput. Minimal labour. Lower cost.
Stratasys says the F3300 prints up to twice as fast as competing extrusion platforms. It has four extruders, autocalibration and onboard material dryers, so it can run predictable production around the clock.
* or ±0.0015 mm/mm, whichever is greater. † Stratasys claim. Source: stratasys.com F3300 page, read 16 Oct 2026.
Engineered for the factory, not the lab.
Faster gantry speeds
Faster point-to-point material deposition cuts time-to-part.
Multiple extruders
Redundancy for higher reliability, and no idle time from single-extruder thermal cycling.
Autocalibration
No manual calibration after a material change.
Multi-resolution printing
Small and large bead thicknesses in the same job to finish parts sooner.
Faster extrusion
New extruder technology for higher throughput.
F3300 · StratasysLower cost per part
Faster printing, more efficient material use and higher part yield.
Up to 2× throughput
Prints up to twice the rate of other extrusion systems (Stratasys claim).
Production reliability
Predictable performance and part yield on the factory floor.
Less labour
Ease of use, including autocalibration, cuts operator time.
F3300 at a glance
- Description
- High-speed industrial 3D printer. Benchmark FDM® reliability and quality, with up to twice the print speed of competitive platforms.
- Material delivery
- 4 material spool bays feeding 4 extruders; mix-and-match model or support; independently controlled onboard material dryers (120 °C max)
- Build size
- 600 × 600 × 800 mm (23.6 × 23.6 × 31.5 in.)
- Accuracy
- XY ±0.089 mm or ±0.0015 mm/mm, whichever is greater. Z ±0.200 mm or ±0.002 mm/mm, plus 1 layer height
- Software
- GrabCAD Print, GrabCAD Print Pro, Insight, MTConnect enabled
- Network
- 10/100 Base T, Ethernet, RJ45, IPv6
- System size & weight
- 203.2 × 162.6 × 236.2 cm with light tower · 1,360 kg
- Operating conditions
- 15–30 °C, 20–80 % RH non-condensing
- Power
- 208 V, 3-phase, 30 A dedicated circuit, 50/60 Hz, 5-wire
- Compliance
- CE (Machinery Directive & EMC) 2006/42/EC, cTUVus, FCC Part B
Prototypes, tooling and production parts on one platform.
Used in automotive, aerospace, rail, medical and general manufacturing, where speed, reliability and cost efficiency matter.
Rapid prototyping
Durable functional prototypes in production thermoplastics.
Manufacturing tooling
Jigs, fixtures and masking tools without machining lead times.
Production parts
Cost-effective low-volume and bridge-to-production parts.
Installation & commissioning
Site readiness checks, installation and acceptance by IME engineers.
Operator & DfAM training
Hands-on training for operators and designers, at AMIC or on-site.
Maintenance & support
Preventive maintenance, service contracts, spares and local technical support.
Other industrial FDM systems
F900
Large-build industrial FDM for production parts, tooling and big prototypes.
F770
Large-format FDM for long parts, fixtures and full-size prototypes.
F870
Industrial FDM platform for manufacturing environments.
Get F3300 pricing and expert guidance.
Talk to an FDM specialist about your application. We’ll walk through pricing and a test print of your own part at AMIC.