Stratasys F3300 industrial FDM 3D printer
Increases productivity
The Stratasys F3300 sets a new standard in industrial FDM 3D printing, with up to twice the production capacity and speed of traditional fused deposition modeling (FDM) 3D printers. This industrial 3D printer designed for production uses advanced hardware and software technology to increase productivity, print reliability, and part yield.
Features and Benefits of the F3300 3D Printer
Properties
The F3300 reforms FDM technology with new features that increase productivity while reducing costs and labor.
- Increased gantry speed enables faster point-to-point material deposition, thereby accelerating print speed and reducing part production time.
- Multiple redundant extruders provide greater operational reliability and eliminate printing pauses common when using a single extruder.
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The automatic calibration function eliminates the time previously required for manual calibration after a material change.
- Faster extrusion provided by new extruder technology contributes to higher printing speeds and greater production capacity.
Advantages
The F3300 industrial FDM 3D printer is designed with advanced technology to meet today's manufacturing challenges.
- The F3300 reduces the total cost per part through faster print speeds, more efficient material costing, and higher part yields.
- Increase production capacity up to twice as fast as other filament 3D printing systems!
- Enhance print reliability for increased part yield and predictable performance, essential in a manufacturing environment!
- Reduce labor requirements for 3D printing with the F3300's ease of use, including automatic calibration, which eliminates time-consuming manual calibration!
Raw material supply
ASA
ASA provides the right properties to meet a wide range of applications, from prototyping to end-use parts.
PC (Polycarbonate)
PC offers durability, stability, and heat resistance for more demanding applications, such as functional prototyping.
FDM Nylon 12CF
A very strong and stiff composite material created from a combination of shredded carbon fibers and a base nylon polymer.
ULTEM™ 9085 resin
This PEI polymer has excellent physical and mechanical properties for high-stress applications.
Application areas
The F3300 brings industrial FDM printing to manufacturing to cover the full spectrum of additive manufacturing applications – including rapid prototyping, custom tooling and cost-effective end-use parts production – for greater time and cost efficiency.
Prototyping
Solve design challenges with faster prototyping before committing to expensive and time-consuming tooling and manufacturing.
Tooling
Avoid the high costs and long lead times of traditional machining tools with 3D printed seats, fixtures, and custom manufacturing aids.
Parts manufacturing
FDM technology allows you to produce customized parts on demand without the high costs and long lead times of traditional manufacturing.
Downloadable documents
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Stratasys F3300 Webinar
Stratasys announced its new, cutting-edge F3300 additive manufacturing system at Formnext 2023. Want to learn more about how this platform is changing FDM technology?
Watch a recorded webinar introducing the F3300 3D printer, hosted by Christopher Rollag, Stratasys Product Manager, and Kevin Nerem, Stratasys Senior Applications Engineer.
The webinar is in English and is free, but registration is required.
Technical data
Print size:
600 x 600 x 800 mm
Print resolution
(depending on raw material – see details in the downloadable data sheet)
0.188 mm 0.250 mm 0.500 mm
Raw materials
- ASA (with SR-35 soluble support)
- PC – Polycarbonate (with SR-110 soluble support)
- ULTEM™ 9085 resin (with SUP8500B breakable support)
- FDM Nylon 12CF (with SR-110 soluble support material)
Equipment size and weight:
- Height: (including top light pole): 236.2 cm
- Width: 203.2 cm
- Depth: 162.6 cm
- Weight: 1360 kg
GrabCAD Print Software
Simplify your 3D printing workflow with powerful and intuitive software.
GrabCAD Print software powers Stratasys 3D printers, providing features and flexibility that make 3D printing simple and intuitive. The essence of GrabCAD Print software is to provide fluidity in the transition from CAD model to physical 3D printed part and accelerate the process.
Once you design your part, let GrabCAD Print software do the rest to make it a reality.
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