The CreatBot F430 is a professional desktop 3D printer designed for precise, high-strength parts in fields like engineering, medical, aerospace, and automotive. It features a 400 × 300 × 300 mm build volume, dual extruders (260°C and 420°C) for standard and high-performance materials like PEEK, 0.04 mm resolution, and a heated chamber up to 70°C. Its steel enclosure, auto bed leveling, power outage recovery, and HEPA filter ensure reliable, high-quality printing.

 

 

What is the print quality and performance of the Creatbot F430?

The CreatBot F430 advanced desktop 3D printer offers 0.04 mm layer resolution with XY precision of 12.7 μm and Z precision of 1.25 μm, delivering tight tolerances and consistent quality even on large prints.

3D-printed white and purple model part created by Creatbot F430, featuring a circular base with geometric structures, against a gray background.

Creatbot’s steel frame ensures accuracy during long prints, while its aviation aluminum platform with 0.02 mm flatness provides a stable printing base.

Creatbot F430 3D printer interior shows dual extruders and hexagonal ventilation, ideal for producing high-quality parts with precise engineering.

The F430’s advanced motion system and dual extruders enable high-speed printing up to 180 mm/s, with 55 mm/s recommended for best print quality.

The CreatBot F430’s direct drive extruder ensures smooth filament flow, while 25-point automatic leveling compensates for platform variations, delivering strong first-layer adhesion and smooth, uniform surfaces.

Creatbot F430 3D printer creating an orange cat model. Dual extruders labeled max 260°C and 420°C. Printer bed with carbon texture.

The photo demonstrates Auto Leveling:

CreatBot F430 3D printer interior showing dual extruders and built-in parts, highlighting its advanced capabilities and precision engineering.

Heated chamber technology keeps the environment at 70°C, preventing warping and improving performance with engineering materials. A 140°C bed strengthens layer adhesion and enhances the properties of ABS, ASA, PC, Nylon, and carbon fiber composites. Users praise the printer for “amazing quality” results, with some even achieving success 3D printing challenging materials like PEEK.

Yellow 3D-printed mechanical part created by Creatbot F430, showcasing precision and intricate design.

3D-printed beige component created by Creatbot F430, featuring interlocking mechanical design on a white background.

3D printed skull models with implants created by Creatbot F430, showcasing detailed craftsmanship and precision. Branding subtly visible.

Which filaments can you use with the Creatbot F430?

The CreatBot F430 prints over 15 filaments—including PLA, ABS, carbon-fiber composites, and biocompatible PEEK—using dual extruders (260°C left/420°C martensite steel right) with a 70°C heated chamber and 140°C bed for reliable high-temperature material performance.

Creatbot F430 3D printer with dual extruders and labeled temperature limits, producing precise parts on a carbon-fiber textured build plate.

The PLA cat print used 200-micron layers, 215°C nozzle temperature, 55°C bed, 10% infill, supports, and 60 mm/s speed. Creatbot finished in 1 hour 4 minutes.

Orange cat figurine 3D printed by the Creatbot F430, on a smooth surface, against a blurred blue background.

Industrial filaments such as PC, Nylon, fiber composites, ASA, TPU/TPE, and PP print reliably thanks to a 70°C enclosed chamber and 140°C heated bed, which prevent warping and layer separation.

The ABS-CF phone holder used 200-micron layers, 275°C nozzle, 100°C bed, 10% infill, supports, and 60 mm/s speed, finishing in 1 hour 15 minutes.

Hands holding an intricately patterned black 3D-printed cover, created by the Creatbot F430 printer, showcasing precision and detail.

A 420°C hotend lets CreatBot F430 print high-performance materials like PEEK, CF-PEEK, and PA-CF, known for strength, toughness, and corrosion resistance. Biocompatible PEEK is especially useful in medicine, enabling custom implants that integrate safely with the body.

 

The PEEK sample used 200-micron layers, 375°C nozzle, 120°C bed, 60°C chamber, 10% infill, no supports, and 60 mm/s speed, completing in 2 hours.

Creatbot F430 3D printer with dual extruders prints yellow filament on carbon-fiber print bed; internal setup visible, showcasing precision engineering.

Creatbot F430 3D-printed beige hook held in hand, showcasing detailed craftsmanship and design capabilities in a tech workshop setting.

What is the build volume of the Creatbot F430?

With a 400 x 300 x 300 mm build volume (36,000 cc), CreatBot F430 ranks among the largest desktop 3D printers, supporting large prototypes, functional parts, or multiple objects in one job. Dual extrusion reduces the space to 320 x 300 x 300 mm.

CreatBot F430 3D printer with blue logo, producing a detailed black plastic part, held in hand, on a workspace with tools nearby.

What is the difference between the Creatbot F430, Creatbot D600 Pro 2, Intamsys FUNMAT HT Enhanced, QIDI Tech X-Max 3?

CreatBot F430 — Dual-extrusion, mid-size workhorse that pairs high-temp capability (420 °C nozzle / 140 °C bed / 70 °C chamber) with an enclosed steel frame, automatic leveling, runout/power-loss recovery, and a 36 L single-extrusion build volume at a moderate $4,799 price — strong for PC/nylon/CF parts, and even experimental prints with PEEK, without going industrial in size or cost.

In contrast:

  • CreatBot F430 NX — Wins on production modes and automation: true IDEX with copy (225×300×300 mm) and mirror (190×300×300 mm), faster printing (up to 300 mm/s), built-in camera, Wi-Fi/Ethernet, HEPA+carbon filtration, and a slightly larger dual area (360×300×300 mm). Loses on value: higher $6,499 price for similar temps (420/140/70) and same 36 L single volume.
  • CreatBot D600 Pro 2 — Wins on massive capacity and industrial hardware: 600³ mm (216 L) build, auto-rising dual nozzles, Klipper, XY servo motors, linear slides, camera and E-stop—ideal for very large parts. Loses on cost and footprint: $16,999, 200 kg, 5.5 kW max power, and a lower 100 °C bed (still 420/70 for nozzle/chamber).
  • INTAMSYS FUNMAT HT Enhanced — Wins on extreme thermals for engineering polymers, including PEEK: 450 °C nozzle / 160 °C bed / 90 °C chamber — best choice for high-temp materials. Loses on throughput and flexibility: single extruder, smaller 260 x 260 x 260 mm (17.6 L) volume, and higher $6,995 price.
  • QIDI Tech X-Max 3 — Wins on speed and price: up to 600 mm/s with Klipper, 20,000 mm/s² acceleration, similar 33.3 L volume, and just $749. It loses on dual extrusion, and has weaker temperatures, but its range is sufficient for the same materials you'd print on the Creatbot F430: 350 °C nozzle / 120 °C bed / 65 °C chamber.
Specification / Model CreatBot F430 CreatBot F430 NX CreatBot D600 Pro 2 INTAMSYS FUNMAT HT Enhanced QIDI Tech X-Max 3
Price (USD) $4,799 $6,499 $16,999 $6,995 $749
Build volume (mm) [L] 400×300×300 [36.0 L] 400×300×300 [36.0 L] 600×600×600 [216.0 L] 260×260×260 [17.6 L] 325×325×315 [33.27 L]
Dual/IDEX capacity Dual: 320×300×300 [28.8 L] IDEX Dual: 360×300×300 [32.4 L]; Copy/Mirror modes Dual: 540×600×600 [194.4 L]
Extruders / Type Dual, direct-drive Dual IDEX, direct-drive Dual, auto-rising nozzles Single, direct-drive Single, direct-drive
Nozzle (default / options) 0.4 / 0.3–1.0 0.4 / 0.6 0.6 / 0.3–1.0 0.4 / 0.25, 0.6, 0.8 0.4 / 0.2, 0.6, 0.8
Max temps (nozzle / bed / chamber) 420 / 140 / 70 °C 420 / 140 / 70 °C 420 / 100 / 70 °C 450 / 160 / 90 °C 350 / 120 / 65 °C
Speed (typ / max) 55 / 180 mm/s 50–300 mm/s 0–300 mm/s 30–200 mm/s ≤600 mm/s (20,000 mm/s² accel)
Leveling Automatic Automatic Automatic Auto + Manual Automatic
Connectivity USB (U-disk) USB, Wi-Fi, Ethernet; camera USB, Wi-Fi; camera, E-stop SD card, USB; camera Wi-Fi, USB, Ethernet

Bottom-Line:

  • Buy the CreatBot F430, if you want a balanced, enclosed dual-extruder 3D printer with high-temp capability (including experimental prints with PEEK) and a 36 L build at mid-market cost.
  • Step up to F430 NX for IDEX copy/mirror workflows and faster fleet-style production;
  • Upgrade to the Creatbot D600 Pro 2 for very large parts and industrial motion control;
  • Buy the Intamsys FUNMAT HT Enhanced for a more reliable chamber control (including superior insulation);
  • Buy the QIDI Tech X-Max 3 when maximum speed and lowest price outweigh ultra-high-temp and dual-extrusion needs.

Bar graph comparing 3D printer build volumes, including the Creatbot F430 at 36.00L, against other models like the D600 Pro 2 and FUNMAT HT Enhanced.

What printer controls are available on the Creatbot F430?

A 4.3-inch touch screen serves as the F430’s main control, giving quick access to functions like preheat, axis movement, filament, USB, status, and settings. One-touch shortcuts simplify key tasks such as warming, printing, and parameter control.

Creatbot F430 3D printer touchscreen showing preheat, move axis, filament, USB, status, and settings options in a user interface panel.

The menu’s axis control lets users move the print head and bed for calibration or maintenance, adjust bed and extruder temperatures, and set fan speed.

CreatBot F430 screen displaying temperatures and printing status, labeled "CreatBot F430 ready," with print and fan speeds at 100% and 0%.

Other controls include a power switch, indicator light, USB port, and power input.

What connectivity options are available on the Creatbot F430?

The CreatBot F430 supports direct computer connectivity via USB port and standalone operation through a U Disk reader for USB drive printing, enabling reliable file transfer and unattended engineering-grade prints.

Creatbot F430 3D printer with visible interior showing sample printed parts; features clear door, branding, and digital display on top.

What software is offered with the Creatbot F430?

The CreatBot F430 uses CreatWare slicing software, built for CreatBot printers. It combines an easy interface with advanced tools, fast slicing, and detailed previews that simulate the print layer by layer.

CreatWare supports STL, OBJ, and AMF files on Windows and macOS, offering three parameter modes for balancing speed and accuracy while efficiently managing print data. The F430 also works with third-party slicers like Simplify3D, Cura, and Slic3r, giving users flexibility and familiarity.

3D design of bolt, nut, and gears on CreatWare for CreatBot F430, showcasing potential print objects; gears and threaded items featured.

What is the design and build quality of the Creatbot F430?

Measuring 620 x 485 x 680 mm and weighing 48 kg, the steel-bodied F430 has a fully enclosed chamber with three side panels and a top acrylic panel.

 

Creatbot F430 3D printer front view with touch screen, USB input, power switch, indicator light, and hot bed, showcasing internal parts.

Creatbot F430 3D printer diagram highlighting power input, air filter, filament space, and Z ball screw, with detailed component labels.

What is the motion system of the Creatbot F430?

The Creatbot F430 uses Cartesian kinematics with a single drive per axis.

CreatBot F430 3D printer interior, showing motor and mechanical parts in a sleek, industrial setting, exemplifying precision engineering.

creatbot f430 interior with mechanical components and a linear guide, showing part of the 3D printing mechanism.

Creatbot F430's internal structure showing intricate metallic components and triangular design elements, highlighting advanced engineering detail.

The X and Y axes run on heavy-duty linear rails with large bearing carriages, similar to CNC laser engravers.

Creatbot F430 3D printer with dual extruders, labeled max 260°C and 420°C, shown in a dim workshop setting, highlighting its precision capabilities.Creatbot F430 3D printer interior, showcasing the extruder and components, indicating precision and engineering excellence.Creatbot F430 3D printer interior, showing motor, rails, and wiring details; emphasizes precision mechanics and technical design features.

The X-axis carriage is powered by wide polyurethane timing belts on both sides.

Creatbot F430 3D printer close-up shows a precision rail and nozzle assembly, indicating advanced mechanics and focus on detail creation.

Creatbot F430 3D printer close-up, showcasing dual extruder and filament feeds, demonstrating precision and advanced technology in a sleek design.

Torque is delivered via a drive rod linked to a stepper motor with active cooling.

Creatbot F430 3D printer's internal mechanism showing intricate metal components and rails, highlighting its robust construction and technical precision.3D printer interior showing components of Creatbot F430, with wiring and cooling fan detail, demonstrating precise engineering and advanced technology.

Z-axis uses a four-column design with 12 mm linear guides and dual ball screws.

Creatbot F430 3D printer with visible metal rods and interior, showcasing its precision mechanics and technical design.Creatbot F430 3D printer interior showcasing hexagonal patterns, metal guide rod, and print bed; for precise 3D printing of complex parts.

What are the build platform of the Creatbot F430?

The printer features a 140°C heated build platform with a carbon fiber adhesive plate and a glass surface mounted on a honeycomb base

Creatbot F430 3D printer with an empty build plate, enclosed design, featuring a textured surface for precision printing and advanced material capability. Creatbot F430 3D printer interior with hexagonal mesh structure, four red knobs, and metallic frame highlights industrial design.

What is the extruder system design of the Creatbot F430?

Dual direct-drive extruders reach over 400°C and use interchangeable heater blocks—standard or high-temp—for different materials. Multiple nozzle sizes are supported to balance speed and detail across the large build volume.

Creatbot F430 printer head detailed diagram showcasing nozzle, heating tube, thermostat, cooling fan, and BLtouch elements for efficient 3D printing.

How does the Creatbot F430 handle filament storage?

Two sealed side compartments hold 1 kg spools, each with a run-out sensor so the printer will avoid invalid printing caused by empty filament paths. Positioned below the build chamber, they keep filament dry and isolated, while the short feed path ensures smooth extrusion, even with abrasive or high-temp materials.

Creatbot F430 3D printer in workspace showing filament spool inside open side panel, hexagonal vent pattern visible, wooden floor background.

What is the mainboard of the Creatbot F430?

The F430 runs on a custom Mega2560-based controller board.

Creatbot F430 3D printer circuit board, featuring various electronic components, cables, and connectors, essential for printer operation.

What are the power supply specifications of the Creatbot F430?

Power Requirements: 100V-110V or 200V-240V / 50-60Hz (depending on your country's default voltage)

Rated Power:

  • 220V: 2700W
  • 110V: 2200W

Creatbot F430 3D printer's internal electronics, showcasing power supply, wiring, and circuit boards, highlighting its technical components and build.

What comes included in the box with Creatbot F430?

• CreatBot F430 Professional 3D printer (fully assembled)

• Power cable

• USB cable

• Palette knife

• USB flash drive

• Roll of masking tape

• Filament spool

• Technical documentation

The F430 comes fully assembled with minimal setup—attach the nozzle and spool, then calibrate the platform. A USB drive with software, a filament spool, palette knife, and masking tape get you started, while the documentation guides setup and use.

Note: Contents may vary; confirm with Top3DShop before ordering.

Creatbot F430 3D printer accessories: filament spool, tools, cables, glue stick, scraper, tape, and spare parts arranged on a wooden surface.

What upgrades and accessories are available for the Creatbot F430?

The CreatBot F430 offers nozzle upgrades from 0.3–1.0 mm, dual extruder-specific hotends, and PEI/Buildtak bed surfaces to optimize adhesion and material versatility.

Replacement hotends are offered for both 260°C standard and 420°C high-temp extruders. The martensite steel high-temp unit is required for materials like PEEK. Keeping spares reduces downtime and preserves original performance.

PEI sheets and Buildtak film improve adhesion for different materials and extend the aluminum platform’s lifespan by allowing easy resurfacing.

Accessory

Function

Target User

Compatibility

Price (USD)

Replacement nozzles (0.3-1.0mm)

Control detail and speed

All users

Compatible with both extruders

$30+

High-temp hotend (420°C)

For engineering materials

Professional/industrial users

Right extruder

$70+

Standard hotend (260°C)

For standard materials

All users

Left extruder

$70+

PEI/Buildtak printing surfaces

Improves bed adhesion 

All users

F430 build platform

$70+

Creatbot F430 3D printer close-up showing dual extruders with temperature labels, set in a well-lit environment showcasing precision engineering.

What maintenance is required for the Creatbot F430?

Daily/After Each Use:

  • Clean guide rails of material stains
  • Clean feeder gear of filament debris
  • Clear filament path when changing materials
  • Remove scraps from pressure arm
  • Sharpen/straighten filament head before loading

Weekly:

  • Lubricate four guide rails
  • Clean and check bed surface for adhesion
  • Inspect filament path for blockages
  • Verify USB connections
  • Clean guide tube

Monthly:

  • Manually level platform with 0.2 mm gap
  • Run 25-point auto-level calibration
  • Check belt tension and motor mounts
  • Inspect temperature sensors and connections
  • Test power adapter output (24.5V recommended)
  • Check nozzle–heating block thermal contact

As Required:

  • Replace fuse via fuse tray
  • Clear nozzle clogs with probe stick
  • Adjust pressure nut (8–12 turns past spring contact)
  • Remove nut/spring if feed issues persist
  • Perform cold-pull during filament changes
  • Adjust Servo Z offset in ±0.1 mm steps
  • Use masking/Kapton tape for adhesion issues

Safety Requirements:

  • Don’t over-oil rails
  • Keep room above 0°C to prevent MINTEMP error
  • Ensure proper grounding
  • Let nozzle/bed cool fully before maintenance

Hand cleaning the Creatbot F430's print bed with a pink cloth, showcasing maintenance and care for optimal 3D printing performance.

Creatbot F430 3D printer showing print head close-up with cooling fans and maintenance tool, emphasizing technical precision.

What support and warranty come with the Creatbot F430?

The Creatbot 3D F430 includes a 12-month warranty covering all components except nozzles and hotends, which carry a 6-month warranty. CreatBot provides free replacement parts plus repair guides through videos and documentation.

Top 3D Shop supports the F430 with warranty coverage, setup help, and technical assistance. Service is available Monday–Friday by phone, email, or live chat.

CreatBot provides lifetime free support via email (support@creatbot.com) and Skype, offering prompt responses and real-time assistance for F430 users.

Full warranty terms are available at https://www.creatbot.com/warranty

Hand adjusting extruder components on a CreatBot F430 3D printer, highlighting intricate mechanical details and precision engineering.

Creatbot F430 printer nozzle adjustment with hand, showing intricate components and wiring inside the printing chamber.

How much does the Creatbot F430 cost?

The CreatBot F430, priced at $3,440.07, offers industrial-grade performance with dual extruders, a fully enclosed HEPA-filtered chamber, and precise temperature control for engineering materials like PEEK. Its 400 × 300 × 300 mm build volume provides strong value compared to larger industrial systems. For custom needs or bulk orders, contact Top 3D Shop for a tailored quote.

CreatBot F430 3D printer displaying a large black printed part inside its enclosed chamber with visible dual extruders and branding on top.

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