Stratasys F3300

TheStratasys F3300represents a step-change in additive manufacturing, engineered specifically to lower production costs and print in half the time compared to legacy fused deposition 3D printers. Designed for the factory floor, the F3300 combines completely redesigned hardware with advanced software to minimize labor and maximize economics.

Whether you are producing end-use parts, jigs, or fixtures, the F3300 delivers consistent quality at a manufacturing scale.

Key Benefits

1. Double Your Throughput

Time is the most critical asset in production. The F3300 utilizes linear motors and encoders - replacing traditional belts and pulleys - to achieve faster gantry speeds and precise movement. This advanced kinematics system allows you to:

• Print 2X Faster:Produce twice as many parts in the same timeframe compared to current industrial FDM printers.
• Faster Extrusion:A new extruder design pushes material at significantly higher rates.
• Multi-Resolution Printing:Utilize multiple extruders to print thick beads for internal fills and fine beads for surface aesthetics within the same job, optimizing speed without sacrificing quality.

2. Significantly Lower Cost-Per-Part

The F3300 is built to improve your bottom line by addressing the three pillars of part cost: material, yield, and labor.

• Reduced Material Costs:The system uses large 4100 cc (250 ci) spools. The simplified spool design lowers the price of specified materials, directly reducing the cost to print each part.
• Labor Savings:Features like autocalibration eliminate the manual labor previously required to print and evaluate calibration boxes. Calibration is now automatic and completes in minutes with no operator input.
• High Yields:Redesigned systems reduce scrap rates, ensuring more consistent, usable parts per batch.

3. Benchmark Reliability & Uptime

Reliability is non-negotiable in a production environment. The F3300 ensures maximum uptime through redundant systems and "smart" instrumentation.

• Automatic Tool Changer:The machine holds four preloaded extruders. If a primary unit faults, a standby extruder takes over automatically in less than a minute, preventing build failures.
• Predictive Monitoring:Extensive strain gauges and sensors monitor push force, temperature, and velocity, allowing you to detect and correct issues before they cause failure.
• EtherCAT Communication:Onboard EtherCAT protocols provide structured, high-speed synchronization between subsystems for highly repeatable results.

4. Superior Part Quality

Achieve manufacturer-specified print fidelity with features designed to control every variable of the FDM process.

• Integrated Material Dryers:Onboard dryers regulate moisture and humidity to specific "drying prescriptions," ensuring materials maintain optimal mechanical properties.
• Precision Control:Linear encoders provide the most accurate positioning controls in machine automation for exacting material deposition.