Flashforge Creator 4 (A/S): Independent Dual Extruder 3D Printer with Interchangeable Extruders

Discontinued
Industrial IDEX 3D printer with heated chamber
  • 400 × 350 × 500 mm build volume
  • Three interchangeable extruders up to 360°C
  • Heated chamber up to 65°C
  • 130°C heated bed for engineering materials
Advantages:
  • Flexible Payment Terms
  • 1 Year Warranty
  • Local Technical Support
  • Free Online Training
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
What's Included:
  • FlashForge Creator 4 printer
  • 2 filament spools
  • USB flash drive
  • Tool kit
Price $10,999.00 $10,999.00
Lead time is 2-3 weeks.

The FlashForge Creator 4 is an industrial high-performance FDM 3D printer with a 400 × 350 × 500 mm build volume, heated chamber (up to 65°C), and precision motion system for high-quality, dimensionally stable prints. Its IDEX system supports three interchangeable extruders—F (flexibles, 265°C), HT (engineering materials, 320°C), and HS (composites, 360°C)—alongside a 130°C heated bed to handle materials like PC, PA, and carbon fiber. Designed for professional use in industries like automotive and aerospace, it offers features such as auto bed leveling, HEPA 13 filtration, remote monitoring, and dual-extrusion modes for efficient mass production.

What is the difference between the Flashforge Creator 4-S and Flashforge Creator 4-A Interchangeable Independent Dual Extruder System?

The FlashForge Creator 4A and 4S share core specs but differ in extruder setups and supported materials.

Feature Creator 4A Creator 4S
Extruder Configuration 2x 320°C Extruders-HT 2x 360°C Extruders-HS + 2x 320°C Extruders-HT
Maximum Temperature 320°C 360°C
Print Speed Up to 200 mm/s Up to 150 mm/s (HS extruders)
Up to 200 mm/s (HT extruders)
Standard Materials ABS, ASA, PA, PC, PETG, PLA, PP, PC-ABS ABS, ASA, PA, PC, PETG, PLA, PP, PC-ABS
Composite Materials Not supported PA-CF, PA-GF, PP-CF, PP-GF, PC-ABS, PET-CF, PPS-CF

What is the print quality and performance of the Flashforge Creator 4 Independent Dual Extruder 3D Printer?

The FlashForge Creator 4 offers layer heights from 0.05–0.4mm for fine detail or faster drafts, with ±0.2mm accuracy for stable dimensions. Its S-type motion control and precision linear guides ensure accurate nozzle positioning, smooth surfaces, and reliable results on complex geometries.

Flashforge Creator 4 3D printer interior with dual extruder setup, metal rails, and mechanical components, used for precise industrial printing.

Tests show the Creator 4 excels with multiple materials. In ABS, it scored 86.12/100 on the 3DPI benchmark with no spike defects. Circular trajectory tests showed deviations of 0.0344mm (X) and 0.0973mm (Y), averaging 0.0659mm overall. The Benchy test achieved 0.0454mm deviation—well above the 0.15mm average for comparable FDM printers.

Red wheel and gray ship models, 3D printed with Flashforge Creator 4, displayed on a wooden surface against a black background.

Source: 3D Printing Industry

The FlashForge Creator 4’s heated chamber (65°C) and bed (130°C) prevent warping and layer separation, ensuring stable prints with materials like ABS, PC, and PA that are prone to thermal contraction.

Flashforge Creator 4 3D printer showing internal temperature of 65°C, features transparent chamber and digital touchscreen on sleek black exterior.

The auto bed leveling system uses a magnetic sensor on the left nozzle to map the build plate, ensuring accurate first layers without manual calibration.

Flashforge Creator 4 printing a white 3D object with a smooth base and grooved sides on a dark platform, showcasing detail and precision.In a real-world case, the Creator 4’s IDEX system cut print time from 103 hours to 54 when producing a split model of the Kul-Sharif Mosque.

Intricate white architectural models showcasing gothic details created by Flashforge Creator 4 3D printer.

Ornate white architectural model with domed top and tall spires, created by Flashforge Creator 4, showcasing intricate 3D printing details.

The Biomass Science and Technology Museum used the Creator 4 to create full-sized lampshades, relying on its 400 × 350 × 500 mm build volume and 65°C heated chamber for accuracy and warping prevention. Using UPM Formi bio-composite filament, chosen for its wood-like texture and translucency, they produced market-ready lampshades in over six hours directly from the printer.

Green and orange swirl pendant lights, likely 3D printed with Flashforge Creator 4, hang in a modern room with visible fluorescent lighting.

Factories use Creatbot 4 print farms to scale up production of mechanical parts, with over 48 parts printed simultaneously on each setup.

Flashforge Creator 4 3D printed parts arranged on a table in a commercial setting, showcasing industrial precision and capability.

Which filaments can you use with the Flashforge Creator 4?

The FlashForge Creator 4 supports 22+ filament types with three interchangeable extruders:

  • Extruder-F (265°C max): Handles flexible filaments like TPU85A, TPE, and TPC (2.85mm).
  • Extruder-HT (320°C max): Processes standard and engineering filaments like PLA, PETG, PC-ABS, PAHT, and water-soluble PVA (1.75mm).
  • Extruder-HS (360°C max): Works with composite and carbon fiber filaments like PACF, PET-CF, and PPS-CF (1.75mm).

Flashforge Creator 4 extruders HS, HT, F with temps 360°C, 320°C, 265°C, various filament diameters, speeds, and nozzle sizes shown for comparison.

The enclosed design with HEPA 13 filtration maintains stable temperatures and removes harmful particles when printing engineering materials.

FlashForge Creator 4 filter unit in the printer interior, showcasing the air filtration system for industrial-grade 3D printing.

The FlashForge Creator 4 works best with FlashForge filaments but supports third-party materials with parameter adjustments. The FlashPrint 5 slicer provides material profiles, though ASA can be difficult to print reliably with default settings.

Flashforge Creator 4 3D model preview; a spiral coil design with print details shown, indicating structure and layers for industrial applications.

FlashForge advises sealing filaments when not in use and drying them by type: ABS/PC/ASA/PA at 80°C for 10–12 hours, PLA/PETG at 50–60°C for 4–5 hours, and carbon fiber filaments at 100°C for 10–12 hours.

PA (Nylon): The impeller printed in 2h 38m, with thin curved blades produced distortion-free.

Flashforge Creator 4 white 3D-printed turbine part on a dark surface, showcasing intricate detail and precision printing capabilities.

PA-CF: A laptop stand printed from carbon fiber–reinforced polyamide (300°C melt point) weighed 116g with 20% infill, remaining lightweight yet very rigid.

Black 3D-printed part created by FlashForge Creator 4 on a light wood surface, showcasing precise geometric design and smooth finish.

ABS + HIPS: A tubular coil with soluble supports printed in 18h 47m. Stringing on the tower separated cleanly, and external HIPS supports removed easily. Internal supports dissolved fully in D-Limonene.

Flashforge Creator 4 printing a tall, cylindrical green and white object inside the printer, showcasing its precision and capability.Green 3D printed spring, likely made by Flashforge Creator 4, next to a metal container labeled D-Limonene, on a wooden table.Green flexible tube printed with Flashforge Creator 4, close-up view of smooth surface and round, hollow end.

CF-PA:

Black mechanical parts created by Flashforge Creator 4, including gears and fan blades, showcasing industrial 3D printing capabilities.

PA:

Flashforge Creator 4 3D-printed parts displayed on a black background, showcasing intricate design and precision details.

TPU:

Black 3D-printed bicycle saddle with a mesh design created by Flashforge Creator 4 on a smooth, light background.

What is the build volume of the Flashforge Creator 4?

The FlashForge Creator 4 offers a 400 × 350 × 500 mm build volume (70,000 cubic cm), ideal for large prototypes and parts. Its 500mm vertical height accommodates tall models without splitting. Usable print volume is slightly smaller (396 × 348.4 × 495.8mm) due to edge constraints. With IDEX, production capacity doubles in mirror or duplicate mode for parts under 183mm on the X-axis.

Flashforge Creator 4 3D printer in a lab setting, printing a large blue object.

What is the difference between the Flashforge Creator 4, Raise3D Pro3 Plus, BCN3D Epsilon W50 and Ultimaker S8?

 

Flashforge Creator 4 — Large 400×350×500 mm IDEX with swap-in A/HT/HS extruders, 65 °C chamber and 130 °C bed for controlled printing across general-use and engineering plastics, and their CF/GF composites; the hotend temperature is up to 360 °C (HS), but the printing speeds are moderate (100–200–150 mm/s).

In contrast:

  • Raise3D Pro3 Plus HS — Wins on tall Z (605 mm), higher throughput (up to 500 mm/s), enterprise level technical support, application consulting, 300+ validated third-party material profiles and price; loses to Creator 4 on dual extrusion (standard dual extruder vs Flashforge's IDEX) and a passive heated chamber. 
  • BCN3D Epsilon W50 (Gen2) — wins on price; loses on peak temperatures (300 °C nozzle, passive chamber ≤60 °C), smaller Z (400 mm), supports the less popular 2.85 mm filament. 
  • UltiMaker S8 — Wins on higher throughput (XY up to 500 mm/s) and price; loses on smaller build (330×240×300 mm), lower chamber temp (<50 °C), dual extrusion (standard dual extruder vs Flashforge's IDEX).
Specification Flashforge Creator 4 Raise3D Pro3 Plus HS BCN3D Epsilon W50 (Gen2) UltiMaker S8
Price (USD, from) $10,900+ $7,599+ $9,300+ $7,900+
Build volume (mm) 400 × 350 × 500 300 × 300 × 605 (Single) / 255 × 300 × 605 (Dual) 420 × 300 × 400 330 × 240 × 300
Extrusion system IDEX (A/HT/HS extruders) Dual-head with electronic nozzle lifting (non-IDEX) IDEX Dual extrusion with auto nozzle-lifting
Filament Ø 1.75 mm 1.75 mm 2.85 mm 2.85 mm
Max nozzle temp (°C) 360 (HS) / 320 (HT) / 265 (A) 320 300 340
Bed max (°C) 130 120 120 120
Chamber Heated, 65 °C Enclosed; HEPA + activated carbon (no temp spec) Passive heated, up to 60 °C (depends on ambient) Enclosed build volume < 50 °C (open-loop)

Bottom-Line:

  • Buy the Flashforge Creator 4 when you need the most controlled printing across standard-grade, engineering plastics, and their CF/GF composites — true IDEX, a 65 °C chamber, 130 °C bed, and up to 360 °C nozzles (accepting its moderate 100–200–150 mm/s speeds).
  • Choose the Raise3D Pro3 Plus HS for tall parts (605 mm Z), higher throughput (to 500 mm/s), strong enterprise support and a deep library of validated third-party materials — trading away IDEX and an actively heated chamber. 
  • Do not the BCN3D Epsilon W50 (Gen2) because it doesn't offer superior value, and costs more than than the first two options.
  • Avoid the UltiMaker S8 because it doesn't offer superior value, and costs more than than the first two options.

Bar chart comparing 3D printer build volumes; FlashForge Creator 4 leads with 70L, followed by Pro3 Plus S, Epsilon W50, Pro3 Plus D, and S8.

What printer controls are available on the Flashforge Creator 4?

The Flashforge Creator 4 offers comprehensive printer controls including precise print operation adjustments (speed, fan, LED), filament management (load, unload, clean, custom temps), temperature settings (extruder up to 360°C, chamber 65°C, platform 130°C), manual axis movement and calibration (automatic bed leveling, Z/X/Y calibration), network and firmware management, as well as extensive system settings like extruder selection, auto shutdown, power recovery, and HEPA filtration toggles.


Main Interface Navigation:

  • Printing screen access
  • Filament screen access
  • Preheating screen access
  • Tools screen access
  • Settings screen access

Print Operation Controls:

  • Adjust printing speed
  • Control fan speed
  • Toggle LED lighting
  • Delete files with long press

Flashforge Creator 4 interface showing temperature, filament type, and printing status with a 3D model preview and control options.

Filament Management Controls:

  • Load filament for feeding
  • Unload filament for removal
  • Clean filament for nozzle purging
  • Set custom temperatures for non-standard materials

Flashforge Creator 4 touchscreen interface showing options to load, unload, and clean materials like PLA, ABS, PETG with extruder settings.

Temperature Control System:

  • Extruder temperature up to 360°C (by extruder type)
  • Chamber temperature up to 65°C
  • Platform temperature up to 130°C

Flashforge Creator 4 control interface showing temperature settings for left and right extruders, box, and platform, with heating controls.

Tools and Utilities Controls:

  • Manage wireless, wired, and hotspot network connections
  • Manual X, Y, Z axis movement control
  • Home positioning for all axes
  • FlashCloud connectivity management
  • Access equipment information display
  • Monitor operating status
  • Access maintenance menu for troubleshooting
  • Upgrade firmware via network

Flashforge Creator 4 interface showing icons for calibration, network, manual, home, cloud, about, status, maintain, and upgrade functions.

Calibration and Leveling Controls:

  • Z-axis calibration for nozzle-to-bed distance
  • X/Y-axis calibration for positioning
  • Expert mode calibration for advanced users
  • Extruder sensor calibration
  • Automatic bed leveling

Flashforge Creator 4 screen for manual calibration of extruder and Z-axis, showing options for adjusting positions with instructional guidance.

System Settings Controls:

  • Select extruder type to match hardware
  • Toggle filament detection
  • Toggle auto shutdown after print completion
  • Toggle power failure recovery
  • Toggle HEPA air filtration
  • Set chamber heat preservation timing
  • Set platform heat preservation timing

Flashforge Creator 4 printer settings screen showing extruder type, language, filament check, auto shutdown, and other options with branding visible.

What connectivity options are available on the Flashforge Creator 4?

The FlashForge Creator 4 connects via Wi-Fi, Ethernet, or USB. Ethernet ensures stable wired use, while Wi-Fi supports wireless printing. Connectivity status appears on the touchscreen. For offline use, sliced files can be loaded from a USB flash drive.

The Creator 4 integrates with FlashPrint 5, transferring files via Wi-Fi or Ethernet. A built-in camera allows remote print monitoring over the network.

Flashforge Creator 4 screen interface showing network settings and available Wi-Fi options.

Flashforge Creator 4 active 3D printing process on display, showing a turbine model in-progress, print temperature settings, and time remaining.

What software is offered with the Flashforge Creator 4?

The FlashForge Creator 4 uses FlashPrint 5, designed for all Creator 4 variants. It supports IDEX modes (normal, dual-extruder, mirror, duplicate) and includes material profiles for Extruder-F, HT, and HS. Files can be sent via Wi-Fi using automatic network discovery or manual IP entry.

The Creator 4 integrates with FlashCloud for remote file transfer and print management. Firmware updates can be installed via USB, a key fix for early boot issues. Current firmware supports auto bed leveling, power-failure resume, and auto shutdown. While it doesn’t support third-party slicers directly, it accepts common file formats like 3MF, STL, OBJ, FPP, BMP, PNG, and JPEG.

 

What is the design and build quality of the Flashforge Creator 4?

The Flashforge Creator 4 features a robust stainless steel frame and fully enclosed design with transparent doors for stability and temperature control, a large 500mm Z-height, a heated bed up to 120°C with dual 14mm lead screws and four 16mm guide shafts, dual exhaust fans with HEPA filtration, ergonomic filament holders for 2kg and 500g–1kg spools.

Flashforge Creator 4 3D printer open compartment showing build platform and controls on the side panel, ready for professional or industrial use.

The fully enclosed design with transparent doors lets users monitor prints while keeping temperatures stable and reducing noise.

Flashforge Creator 4 3D printer with sleek black casing and touchscreen control in an industrial setting.

The FlashForge Creator 4’s thermal system includes a heated bed up to 120°C, moved by dual 14mm lead screws and four 16mm guide shafts for smooth precision. Safety features include dual exhaust fans with HEPA filters, providing ventilation and particle filtration, making it suitable for office use.

Flashforge Creator 4 3D printer interior view showing dual extruder setup and feed tubes, designed for precision industrial 3D printing.

The Creator 4’s ergonomic design includes two rear filament holders: one for 2kg spools and another for 500g–1kg spools, both behind a transparent door.

Flashforge Creator 4 with open side panel, showing its internal mechanisms and gears, highlighting the industrial design and engineering capabilities.

The Creator 4’s flexible steel build plate uses a twist-lock to stay secure during printing and releases easily afterward. Its surface allows tool-free part removal, avoiding damage from scrapers.

Flashforge Creator 4 3D printer build plate inside a printer cabinet, featuring a branded surface and support structures, ready for production.

The motion system uses high-precision X/Y linear guides with an S-type control system that smooths start and stop movements.

FlashForge Creator 4 industrial 3D printer extruder system with cables, rail, and branding visible, producing intricate components.The Creator 4 uses quiet TMC2209 stepper drivers for accuracy with low noise. Dual printheads on the X-axis run independently in IDEX mode, while plug systems prevent overflow from inactive nozzles during single-extruder printing.

Flashforge Creator 4 3D printer interior with a blue printed part, dual extruders, and visible branding, showcasing industrial-grade printing capabilities.

Behind its rear panel, the Creator 4 houses industrial electronics: a 320W Delta power supply, 330μF input filtering capacitors, dedicated heater control boards, and a 32-bit ARM Cortex-M4 control board.

Internal components of Flashforge Creator 4 showing circuit boards, wiring, and power units, highlighting the printer's advanced engineering.

320W Delta Electronics power supply:

Flashforge Creator 4 internal electronics showcase wiring and components within a metal frame.

Input filtering with 330μF capacitors:

Internal circuit board with capacitors inside the Flashforge Creator 4 3D printer, showing components connected with wires.

Dedicated heating element control boards:

Electrical components and wiring inside the Flashforge Creator 4 3D printer, showing circuit board and connections in the interior.

Circuit board of Flashforge Creator 4 3D printer in a control panel, showing electronic components, connectors, and wiring for industrial use.

What comes included in the box with Flashforge Creator 4?

  • FlashForge Creator 4 printer (partially assembled)
  • 2 filament spools (ABS & PLA)
  • USB flash drive & USB cable
  • User guide & after-sales service card
  • Tools: nipper pliers, diagonal pliers, straight screwdriver, unclogging pin, Allen wrench set, scraper, cleaning brush
  • 2 lubricating grease, thermal paste, 5 fuses
  • Pair of heat-insulating gloves
  • 2 filament holders (1 for 2kg, 1 for 500g–1kg spools)

Extruder Assemblies (by model):

  • Creator 4A: 2 × Extruder-HT
  • Creator 4S: 1 × Extruder-HT, 1 × Extruder-HS
  • Optional: 2 × Extruder-F (for flexible materials, sold separately)

The FlashForge Creator 4 ships partially assembled with tools and accessories for quick setup. It includes two filament spools, thermal paste, fuses, and an unclogging pin for maintenance. Heat-resistant gloves protect during hot handling, and lubricating grease supports upkeep of bearings and guide rails.

Note: Package contents may vary by manufacturer. Confirm included items with a Top3DShop sales representative before ordering.

Flashforge Creator 4 with accessories: 3D filament, power cord, service card, tools, guides, lubricants, and more. Essential for industrial 3D printing.

What upgrades and accessories are available for the Flashforge Creator 4?

The Flashforge Creator 4 offers upgrades and accessories including a Filament Drying Station for moisture-sensitive materials, interchangeable extruders—Extruder-F (265°C) for flexible filaments, Extruder-HT (320°C) for engineering materials, and Extruder-HS (360°C) for composites—plus maintenance parts like HEPA 13 filters, nozzles in 0.4/0.6/0.8mm sizes, and PTFE tubes to ensure optimal performance and longevity.

Accessory Function Price (USD)
Filament Drying Station Dries/stores filament, can be used as printer stand $1,969 Flashforge Creator 4 industrial 3D printer in black, featuring a front LCD panel and caster wheels for mobility.
Extruder-F Assembly (Left) For printing of flexible filaments $699 Flashforge Creator 4 printer component in black, featuring a logo and ventilation grills, suitable for professional 3D printing applications.
Extruder-F Assembly (Right) For printing of flexible filaments $699 FlashForge Creator 4 3D printer extruder with a sleek black design, featuring vent details and a branded logo on a white background.
Extruder-HT Assembly (Left) For printing of standard/engineering filaments $699 Flashforge Creator 4 component with metallic finish and vent design, shown in a white background, representing industrial 3D printing technology.
Extruder-HT Assembly (Right) For printing of standard/engineering filaments $699 Flashforge Creator 4 component in metallic finish with a logo, featuring vent design and industrial bolts, indicating robust 3D printing capability.
Extruder-HS Assembly (Left) For printing of composite filaments $699 Flashforge Creator 4 component with metallic casing and fan, black top, and branding on the side.
Extruder-HS Assembly (Right) For printing of composite filaments $699 Flashforge Creator 4 extruder component, showcasing metallic casing with vents and branding logo.
HEPA 13 Filter Elements Particle filtration $19 White pleated filter framed in black, resembling a grid, viewed from the front. It seems unrelated to a 3D printer or Flashforge Creator 4.
Hardened Steel Nozzle Available in 0.4 / 0.6 / 0.8 mm $24.95 Metal nozzle created by Flashforge Creator 4, featuring a conical tip and screw thread, potentially for 3D printing applications.
Stainless Steel Nozzle Available in 0.4 / 0.6 / 0.8 mm $15.95 Metal 3D printer nozzle component, likely from Flashforge Creator 4, with threaded end and pointed tip, suitable for high-precision industrial printing.

Flashforge Creator 4 industrial 3D printer with sleek black and silver design, featuring a large viewing panel and digital control interface.

What maintenance is required for the Flashforge Creator 4?

Daily / After Each Use
  • Remove models from platform immediately
  • Clean filament residue and chamber debris
  • Clear guide rail bearings
  • Empty red waste box
  • Keep area under platform clear
  • Clean work table
Weekly
  • Clean wire feed gear of filament dust
  • Wipe exterior surfaces and dust areas
Every 200 Print Hours
  • Clean nozzle and PTFE tube with tools
  • Remove filament if printer idle long-term
Every 400 Print Hours
  • Replace nozzle and PTFE tube
  • Replace heating assembly if needed
Every 1,000 Print Hours
  • Clean nozzle cooling fan and turbofan
  • Brush dust from fan blades
Every 3 Months
  • Clean linear bearings, lead rods, guide rails
  • Apply lithium grease No.2 and move axes to spread
  • Replace HEPA filter (frequent use)
Every 6 Months
  • Replace HEPA filter (moderate use)
As Required
  • Replace platform sticker when worn
  • Calibrate platform with 4-point leveling if auto-level fails
  • Replace nozzle if cleaning ineffective
  • Run Z-axis calibration after transport
  • Remove old adhesive before new sticker
Filament Storage
  • Remove filament if unused for 3+ days
  • Store in sealed, dry environment
  • Dry before use:
  • ABS/PC/ASA/PA: 80°C × 10–12h
  • PLA/PETG: 50–60°C × 4–5h
  • Carbon fiber: 100°C × 10–12h
Safety
  • Disconnect power before extruder maintenance
  • Let hotend/bed cool before work
  • Use protective gear for hot components
  • Contact FlashForge support for complex calibration

Flashforge Creator 4 maintenance screen with options like extruder replacement, nozzle issues, and platform adjustments.

Flashforge Creator 4 nozzle replacement guide; step-by-step diagrams for removing, replacing screws, terminals, cover, and installing new nozzle.

Diagram showing Flashforge Creator 4's left and right extruder assembly, with labeled parts like cooling fan, filament feed motor, and nozzle assembly.

What support and warranty come with the Flashforge Creator 4?

The FlashForge Creator 4 includes a 12-month warranty for the printer and 3 months for FFF extruder parts. FlashForge provides free replacements for defects, with coverage starting from the manufacture date.

FlashForge provides lifelong free technical support for Creator 4 owners via email (Mon–Sat). Engineers offer remote guidance for complex issues, while the printer’s maintenance screen helps users troubleshoot common problems like nozzle clogs.

Top 3D Shop supports Creator 4 buyers with pre- and post-purchase assistance. Each printer includes a detailed user guide covering setup, operation, maintenance, and troubleshooting. For complex issues, their team coordinates with FlashForge technicians for quick resolution.

Full warranty terms: https://www.flashforge.com/pages/warranty-and-return-policy

Flashforge Creator 4 in black, showcases a sleek design with a transparent door, alongside 3D printed black parts.

How much does the Flashforge Creator 4 cost?

The FlashForge Creator 4 3D printer starts at $10,999.00, with final cost depending on configuration. It features IDEX dual extrusion, a massive build volume, and a 65°C heated chamber. The Creator 4A includes a 320°C extruder for engineering plastics, while the Creator 4S uses a 360°C extruder for carbon fiber composites.

For a detailed quote on configuration, service, and installation, contact the Top 3D Shop team.

Flashforge Creator 4 3D printer with open door, showcasing a large, beige 3D printed model inside. Touchscreen interface and branding visible.

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