Stratasys F3300™ High-Throughput Industrial FDM 3D Printer

Next-Generation FDM Technology Built for Speed, Productivity and Lower Cost Per Part

Includes 4 lasers for high-throughput industrial FDM printing for production-scale manufacturing

  • Stratasys F3300 high-throughput industrial FDM 3D printer

    Key Features

    • Next-generation industrial FDM platform - Engineered for production
    • Fast - Up to twice the print speed of previous industrial FDM platforms
    • Large build volume - 600 × 600 × 800 mm
    • Four independently managed extruders - Incl. patented automatic tool changing
    • Linear motors and precision encoders - Ensure fast, accurate motion
    • Automatic calibration - Reduces setup time and operator input
    • On-board material dryers - Maintain optimum material performance
    • Four large-capacity material bays - For extended unattended printing
    • Exceptional dimensional accuracy and repeatability
    • GrabCAD Print™, GrabCAD Print Pro™ and Insight™ software compatibility
    • MTConnect connectivity - Industry 4.0 manufacturing environments
    • Lower overall cost per part - Via increased throughput and automation

The Stratasys F3300™ is a next-generation industrial FDM (Fused Deposition Modelling) 3D printer engineered to redefine production additive manufacturing. Designed from the ground up for higher throughput, improved automation and exceptional part quality, the F3300 enables manufacturers to produce more parts in less time while reducing overall operating costs.

Featuring an innovative motion system, four interchangeable extruders, automated calibration and intelligent material management, the F3300 delivers significantly higher productivity than previous generations of industrial FDM systems. Whether you’re manufacturing production tooling, functional prototypes or end-use components, the F3300 provides the speed, reliability and repeatability required for modern manufacturing environments.

Why Choose the Stratasys F3300?

The F3300 represents the most significant advancement in Stratasys FDM technology in years. Rather than simply increasing print speed, Stratasys has redesigned the entire printing platform to improve every stage of the production workflow – from material handling and motion control to calibration and print quality.

Linear motors and precision encoders provide fast, accurate printhead movement, while the patented four-extruder automatic tool changer enables multiple nozzle sizes and built-in redundancy. The result is a highly productive industrial system capable of delivering outstanding part quality with minimal operator intervention.

Designed for High-Volume Additive Manufacturing

The Stratasys F3300 has been developed specifically for organisations where additive manufacturing is part of everyday production. Its high-speed architecture enables manufacturers to produce more components without compromising the part quality and reliability that Stratasys FDM systems are known for.

Large material capacity, automated calibration and intelligent workflow management minimise downtime while allowing long, uninterrupted production runs. For manufacturers seeking to replace traditional manufacturing methods for low-volume production, tooling or customised parts, the F3300 provides an efficient and scalable solution.

Engineering-Grade Materials

The F3300 supports a carefully selected range of industrial thermoplastics for functional applications. Examples include:

  • ASA – A versatile engineering material with excellent UV resistance, weatherability and dimensional stability for functional prototypes, production tooling and end-use parts.
  • Polycarbonate (PC) – High-strength engineering thermoplastic with excellent impact resistance and thermal stability for demanding industrial applications.
  • FDM® Nylon 12CF – A carbon fibre-reinforced nylon offering exceptional stiffness, strength and lightweight performance, making it ideal for structural tooling, fixtures and production components.
  • ULTEM™ 9085 Resin – A high-performance PEI material with an outstanding strength-to-weight ratio and flame, smoke and toxicity (FST) characteristics, making it suitable for aerospace, defence and transportation applications.

Applications

The combination of speed, reliability and engineering materials makes the F3300 suitable for a broad range of manufacturing applications such as:

  • Functional Prototyping – Produce highly accurate prototypes quickly, enabling engineers to validate designs and accelerate product development.
  • Manufacturing Tooling – Create production-ready jigs, fixtures, drill guides, inspection tools and assembly aids that reduce costs and improve manufacturing efficiency.
  • End-Use Parts – Manufacture durable, production-quality components for low-volume manufacturing, customised products and spare parts.
  • Aerospace Manufacturing – Produce lightweight tooling, cabin components and manufacturing aids using high-performance thermoplastics such as ULTEM™ 9085.
  • Automotive Engineering – Accelerate vehicle development through rapid production of functional prototypes, production tooling and assembly fixtures.
  • Industrial Manufacturing – Support factory operations with customised tooling, replacement components and manufacturing equipment designed specifically for your production environment.
  • Replacement Parts – Reduce inventory costs by manufacturing obsolete or low-volume replacement parts on demand.

Typical Industries

The Stratasys F3300 is ideally suited to organisations operating in:

  • Aerospace
  • Defence
  • Automotive
  • Advanced Manufacturing
  • Industrial Equipment Manufacturing
  • Mining and Heavy Industry
  • Rail
  • Energy
  • Research and Development
  • Universities
  • Contract Manufacturing

What Makes the F3300 Different?

While traditional industrial FDM systems are renowned for reliability, the F3300 introduces a completely new architecture designed to maximise throughput and reduce operating costs.

Its combination of high-speed linear motion, four automatic tool-changing extruders, integrated material drying and automated calibration enables manufacturers to produce more parts per day with less manual intervention. This translates directly into improved productivity, reduced labour costs and a lower overall cost per part – making the F3300 an ideal choice for organisations moving beyond prototyping and into production-scale additive manufacturing.

Why Buy the Stratasys F3300 from AXT?

As an authorised Stratasys partner, AXT provides expert consultation, installation, application support and ongoing service throughout Australia and New Zealand.

Our experienced additive manufacturing specialists work closely with customers to identify the most appropriate 3D printing solution for their manufacturing objectives. Whether your focus is production tooling, high-throughput manufacturing or end-use component production, AXT can help integrate the F3300 into your workflow and maximise your return on investment.

Supported by Stratasys’ complete portfolio of FDM, PolyJet, SAF, P3-DLP and SLA technologies, AXT delivers industrial additive manufacturing solutions backed by local expertise and responsive technical support.

Ready to Increase Your Additive Manufacturing Throughput?

The Stratasys F3300 combines next-generation FDM technology, industrial reliability and exceptional productivity to help manufacturers produce more parts, faster and at a lower cost per part.
Contact AXT today to discuss the Stratasys F3300, request a sample part or arrange a product demonstration.

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