Creatbot PEEK-300: Ultra High-Temperature Professional PEEK ULTEM 3D Printer (Second Generation Latest Version)

In Stock
Industrial FDM printer for PEEK and ULTEM materials
  • Direct Annealing System up to 400°C
  • 500°C nozzles with 120°C heated chamber
  • 300 × 300 × 400 mm build volume
  • Trusted by NASA, Volkswagen, and Bosch
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:
  • Dual extruder print head
  • USB flash drive
  • Power cable
  • Set of hex keys
Price $12,647.07 $15,999.00
Lead time is 5-12 business days.

The CreatBot PEEK-300 is an industrial FDM printer built for high-performance polymers like PEEK and ULTEM, featuring a Direct Annealing System (DAS) for precise in-print annealing up to 400°C to reduce warping and cracking. With 500°C nozzles, a 200°C bed, 120°C chamber, and triple thermal isolation, it offers superior thermal control over standard models. Supporting a 300 × 300 × 400 mm build volume, it prints end-use parts from engineering and ultra-performance materials for industries like aerospace, medical, and automotive, and is trusted by organizations such as Volkswagen, Bosch, Oxford University, and NASA.

What is the print quality and performance of the Creatbot PEEK-300 Ultra High-Temperature PEEK Ultem 3D Printer?

The CreatBot PEEK-300 achieves 40-micron resolution, impressive for high-performance materials prone to warping. Its motion system provides 0.0127 mm X/Y precision and 0.00125 mm Z precision, ensuring clean edges, dimensional stability, and fine detail.

3D-printed sand dollar replica with detailed perforations on a gray surface, created by the Creatbot PEEK-300.

The CreatBot PEEK-300 prints at up to 180 mm/s, with optimal results at 55 mm/s. Its H-Bot kinematics use metal-milled carriages, Hiwin linear rails, and a steel-reinforced 10 mm belt for stable precision. The Z-axis runs on a fixed ball screw with dual 16 mm guides for consistent layers. Bed adhesion is supported by manual adjustment and BLTouch auto-leveling.

CreatBot PEEK-300 printer interior showing the build platform and dual extrusion system, highlighting its advanced 3D printing capabilities.

The PEEK-300’s dual liquid and air pump cooling system maintains stable temperatures, preventing print issues with high-performance materials and further improving quality.

Cooling Mechanism:

Cooling system diagram for the Creatbot PEEK-300 3D printer, showing water flow through components, pump, and fan for efficient temperature control.

The PEEK-300’s triple heat isolation keeps chamber temperatures stable, while the Direct Annealing System controls crystallization during high temperature printing. This produces stronger parts with reduced internal stress.

The image shows a print sample Before Annealing & After Annealing.

Creatbot PEEK-300 3D printed perforated shell parts; one on support, one finished, showcasing precision in industrial 3D printing.

Heated Chamber:

Creatbot PEEK-300 3D printer interior view featuring advanced mechanical components for precision industrial printing applications.

Example: An impeller printed in CF-ABS at 0.2 mm layer height with 300°C extruder, 120°C bed, and 70°C chamber required no supports and delivered uniform, high-quality surfaces.

Spiral black object created by creatbot peek-300 held in hand, showcasing detailed 3D print quality.

Example: A PEEK 3D print showed consistent color with no delamination, confirming stable temperature control and proper material crystallization.

3D printed part on black surface, created by Creatbot PEEK-300, featuring cylindrical and circular shapes with layered texture.

Why is the 400°C maximum direct annealing temperature critical for high-performance materials?

Annealing PEEK at 400°C relieves stress and improves crystallinity, enhancing strength and stability. Per the study “Post-Processing PEEK 3D-Printed Parts,” the annealing process can raise tensile strength by 6 MPa and bending strength by 16 MPa.

Two brown cylindrical 3D-printed parts, made by the Creatbot PEEK-300, on a light background, showcasing precision-engineered design.

Which filaments can you use with the Creatbot PEEK-300 FDM 3D Printer?

The CreatBot PEEK-300 FDM 3D Printer supports over 19 filaments, including standard engineering plastics like PLA, ABS, PC, and PA6; high-temp materials such as PPSU, PEI (ULTEM), and PPS; and ultra-performance filaments like medical PEEK, PEKK, and PEEK-CF (with Carbon Fiber), PEEK-GF (with Glass Fiber), enabled by its 500°C nozzle, 200°C heated bed, and 120°C heated chamber.

CF-ABS:

Creatbot PEEK-300 printing a black auger part in its enclosed chamber; detailed interior and machine components visible.

CF-Filled Nylon:
Black hinged 3D-printed box created by the Creatbot PEEK-300, showcasing its precise and durable output.

PEEK:

3D printed cylindrical components by Creatbot PEEK-300, showcasing intricate design and varying materials.

A tan, 3D-printed T-shaped object with a textured surface, created by the Creatbot PEEK-300, symbolizing high-performance production capability.

3D printed models showcasing industrial parts in brown, created by Creatbot Peek-300, highlighting precision and detail.

What is the build volume of the Creatbot PEEK-300 Professional 3D Printer?

The CreatBot PEEK-300 offers a 300 × 300 × 400 mm build volume (11.8 × 11.8 × 15.7 in), placing it in the mid-to-large industrial category. This capacity supports single-piece prototypes, end-use parts, and specialized medical or industrial components.

CreatBot PEEK-300 3D printer with transparent door, control panel, and industrial design, showcasing printed parts inside.

What is the difference between the Creatbot PEEK-300, Creatbot PEEK-250, Intamsys Funmat Pro 410, VisionMiner 22 IDEX, Apium P400?

CreatBot PEEK-300 — 300×300×400 mm (36 L) with a 120 °C chamber, 480 °C nozzle, 200 °C bed, and Best 55 / Max 180 mm/s at ~$13,999+: a balanced, mid-price PEEK/ULTEM platform that pairs a genuinely hot chamber with solid build volume and reliable thermal specifications.

In contrast:

  • CreatBot PEEK-250Wins: supports direct annealing of parts, hottest chamber by far (200 °C active), same 480 °C nozzle and 200 °C bed, and the highest stated max speed (200 mm/s). Loses: much smaller build volume (18.75 L).
  • Intamsys Funmat Pro 410Wins: slightly larger build (37.77 L), hotter 500 °C nozzle, local US/EU manufacturer support, application consulting. Loses: cooler chamber (90 °C), bed (160 °C), doesn't support in-situ annealing, lower top speed spec (120 mm/s), and a much higher price (~$27,995+).
  • VisionMiner 22 IDEXWins: largest build (55.12 L), hottest bed (250 °C), and 500 °C nozzle with competitive print rates (~30–200 mm/s) at the lowest price tier (~$9,700+). Loses: cooler chamber (100 °C) than PEEK-300, which affects the interlayer adhesion on ultra-polymers, uses air cooling instead of water cooling, limiting thermal stability for long PEEK/PEKK jobs. The VisionMiner 22 is mainly suited for engineering-grade filaments and small PEEK, PEKK, PEI parts. Doesn't support in-situ annealing.
  • Apium P400Wins: large volume (36L), but the X-axis is larger, the adaptive heater operates at >500 °C, high-accuracy, printed parts don't require annealing, 540 °C nozzle. Loses: higher price, shorter Z-axis.
Feature CreatBot PEEK-300 CreatBot PEEK-250 Intamsys Funmat Pro 410 VisionMiner 22 IDEX Apium P400
Build Volume (mm) 300 × 300 × 400 250 × 250 × 300 305 × 305 × 406 350 × 350 × 450 400 × 300 × 300
Build Volume (L) 36.00 18.75 37.77 55.12 36.00
Chamber (°C) 120 200 90 100 Adaptive heater operates at >500 °C target
Nozzle (°C) 480 480 500 500 540
Bed (°C) 200 200 160 250 200
Price (USD) $13,999 $11,159.07 $27,995 $9,700 $125,000+

Bottom-Line:

  • Buy the Creatbot PEEK-300, when you want the strongest overall balance of chamber heat, build volume, and price.
  • Upgrade to the Creatbot PEEK-250 for the hottest chamber (supports ULTEM, smaller parts, maximum crystallinity), 
  • Consider the VisionMiner 22 IDEX for the largest build volume, but note that it is best suited for engineering-grade filaments, and high-temperature materials are limited to small-/medium-sized prints, preferably with CF composites.
  • Buy the Intamsys Funmat Pro 410 for a slightly larger cube and 500 °C nozzle with local US/EU manufacturer support, application consulting. 
  • Buy the Apium P400, if you need the best results with PEEK 3D printing, combined with enterprise-level support.

Bar chart comparing 3D printer build volumes, highlighting the Creatbot PEEK-300 with a 38L capacity alongside other models.

What printer controls are available on the Creatbot PEEK-300?

The CreatBot PEEK-300 offers over 46 printer controls via a 4.3-inch touchscreen, including main menu functions, temperature settings for nozzle, bed, and chamber, precise axis movement with increments from 0.1 to 100 mm, filament management for dual extruders, file navigation, and calibration controls such as motor step adjustment and auto leveling.

CreatBot PEEK-300 3D printer control panel displaying temperature and print status in a workshop setting.

Hand reaches for buttons on the Creatbot PEEK-300 3D printer with visible branding, indicating industrial or professional usage.

Main Menu Touchscreen Controls (12)

  • Preheat PLA – automated heating preset
  • Move Axis – access movement controls
  • Filament Menu – manage filament functions
  • Resume – continue paused operations
  • Settings – access configuration menu
  • Open U-disk – access external storage files
  • Cool Down – reduce temperatures
  • USB Unavailable – show connection status
  • Z Up – raise build platform
  • Pause – suspend operation
  • Stop – terminate operation
  • Z Down – lower build platform

CreatBot PEEK-300 display interface showing temperature settings, filament options, and control icons for preheat, USB, move, and settings.

Temperature Setting Controls (4)

  • Nozzle Temperature – adjust extruder heating
  • Hotbed Temperature – control build plate heat
  • Platform Temperature – secondary bed heating
  • Hot Air Temperature – control chamber air heat

CreatBot user interface showing nozzle temperatures, progress at 60%, and control buttons like change, pause, and stop for the peek-300 model.

Axis Movement Controls (14)

  • X Home – move X-axis to origin
  • Y Home – move Y-axis to origin
  • Z Home – move Z-axis to origin
  • All Home – home all axes
  • +X / -X Movement – shift along X-axis
  • +Y / -Y Movement – shift along Y-axis
  • +Z / -Z Movement – shift along Z-axis
  • 0.1 mm Increment – fine movement step
  • 1 mm Increment – standard step
  • 10 mm Increment – medium step
  • 100 mm Increment – large step

Control interface of the Creatbot PEEK-300, showing navigation options for X, Y, Z axes and home positions with blue labels on a black screen.

Filament Management Controls (6 Controls)

  • Head 1 Selection – activate primary extruder
  • Head 2 Selection – activate secondary extruder
  • Unload Filament – automated filament removal
  • Extrude Filament – feed material
  • Retract Filament – withdraw material
  • Amount Adjustment – set extrude/retract quantity

Touchscreen interface of Creatbot PEEK-300 showing options to select Head1 or Head2 and buttons for retract, extrude, and unload.

File Management Controls (4)

  • File Selection – choose G-code file from storage
  • Previous Page – navigate backward in file list
  • Next Page – navigate forward in file list
  • Menu Navigation – move through menu hierarchy

File menu interface displaying "file1.gcode" and "file2.gcode" for Creatbot PEEK-300 3D printer.

Settings and Calibration Controls (6)

  • X Motor Step Setting – calibrate X-axis stepper (range: 5–9999)
  • Y Motor Step Setting – calibrate Y-axis stepper (range: 5–9999)
  • Z Motor Step Setting – calibrate Z-axis stepper (range: 5–9999)
  • E Motor Step Setting – calibrate extruder stepper (range: 5–9999)
  • Save Function – store configuration data
  • Auto Leveling – run automated bed calibration

Motion calibration screen for Creatbot PEEK-300 showing motor step values. Options to save or go back are visible at the bottom.

The touchscreen supports Chinese and English, auto-dims after 10 seconds of inactivity, and wakes on touch.

What connectivity options are available on the Creatbot PEEK-300?

The CreatBot PEEK-300 offers connectivity through a front USB port for tethered printing and real-time monitoring, as well as a USB drive port for standalone printing from exported G-code files.

CreatBot PEEK-300 3D printer with touch screen, USB input, indicator lights, temperature controls, emergency stop, and power switch, printing a skull.

CreatBot PEEK-300 3D printer with filament chamber drying system shows temperature settings and indicator lights, including hotbed and nozzle status.

What software is offered with the Creatbot PEEK-300?

The CreatBot PEEK-300 includes CreatWare, proprietary slicing software optimized for high-temperature materials. It supports multiple languages, offers presets for PEEK, ULTEM, and other advanced filaments, and provides quick-print options for beginners plus advanced controls for temperatures, speeds, supports, and the Direct Annealing System.

The CreatBot PEEK-300 supports an open software ecosystem, compatible with Simplify3D, Cura, and Slic3r. It accepts STL, OBJ, AMF, and G-code formats for broad design compatibility. CreatWare runs on Windows 7/8/10, macOS, and Linux, requiring at least a 2 GHz processor and 1 GB of memory.

CreatBot PEEK-300 software interface screenshot showing 3D model slicing settings, filament details, and a turbine part rendered on the grid.

What is the design and build quality of the Creatbot PEEK-300 Second Generation Latest Version 3D Printer?

What is the design and form factor of the CreatBot PEEK 300?

The CreatBot PEEK-300 has a fully enclosed industrial design with grey powder-coated construction. It measures 720 × 700 × 941.5 mm, weighs 110 kg, and features a hot chamber with triple heat insulation.

The CreatBot PEEK-300 provides dual viewing access via a front door and top window. The front door uses double-layer glass—plexiglass outside, natural glass inside—with spacer sleeves forming a thermal air barrier for heat retention. The right panel includes transport handles, ventilation grilles, and a heated external filament storage compartment.

CreatBot PEEK-300 3D printer with open chamber, touchscreen interface, and lit interior, designed for high-performance industrial printing.

What is the motion system of the CreatBot PEEK 300?

The CreatBot PEEK-300 uses an H-Bot kinematic system with separated belt heights for X and Y movement. It features Hiwin linear rails, machined metal X-axis carriages, and 10 mm reinforced belts. Positioning precision reaches 0.0127 mm (X-Y) and 0.00125 mm (Z).

Creatbot PEEK-300 in industrial setting; open view shows internal components and wiring for precision 3D printing.

Interior view of the Creatbot PEEK-300 3D printer showing mechanical components and materials for industrial-grade printing.

Creatbot PEEK-300 printer mechanism with blue filament detail, showcasing industrial design elements.

The Z-axis uses a fixed ball screw with dual 16 mm guide rods, driven by a stepper motor via belt connection.

Creatbot PEEK-300 internal structure showing vertical metal rods and screw for precise 3D printing mechanics.

The CreatBot PEEK-300 uses oversized stepper motors, larger than NEMA 17, mounted outside the heated chamber in the electronics compartment. Motors have high temperature resistance.

Creatbot PEEK-300 3D printer internal mechanism showing motor and wiring in close-up view.

Inside view of the Creatbot PEEK-300 3D printer, showing internal wiring and components, highlighting the motor and electrical connections.

All sensitive electronics, except the print head controls, are located outside the heated chamber to prevent thermal damage.

What are the build platform specifications of the CreatBot PEEK 300?

The platform features a PCB aluminum bed with a PEEK print surface for high-temperature resistance. Leveling is done manually or automatically via a BLTouch probe. 

CreatBot PEEK-300 3D printer in action, printing on a textured surface inside a well-lit chamber with visible branding.

The chamber heating element is housed in the electronics compartment.

Inside view of the Creatbot PEEK-300 3D printer, showcasing internal wiring, circuit board, and metal components.

The chamber is fully lined with thermal insulation, visible from the electronics compartment, minimizing heat loss.

Silver textured panel with colorful wiring inside the Creatbot PEEK-300 3D printer.

What is the hotend and extruder system of the CreatBot PEEK 300?

The CreatBot PEEK-300 uses a dual direct-drive extruder system with all-metal construction, reaching up to 480 °C. The nozzles auto-adjust in height—raising the inactive nozzle while lowering the active one.

Creatbot PEEK-300 3D printer extruder with red wires and mechanisms, showcasing precision engineering in an industrial setting.

The print head includes a BLTouch sensor for 25-point bed detection, generating a height map and auto-adjusting the Z-axis with micro-stepping to reduce manual leveling.

CreatBot PEEK-300 3D printer close-up, showcasing the nozzle and mechanism inside a sturdy housing, printing with precision and advanced technology.

The system uses water cooling with an external reservoir, pump, and radiator to maintain stable temperatures during long high-temperature prints.

Creatbot PEEK-300 component showing a MAN-KN brushless DC motor pump inside a transparent cylinder with connecting tubes.

CreatBot PEEK-300 internal view, showing wiring and components, highlighting cables and fan assembly within the 3D printer's enclosure.

The CreatBot PEEK-300’s Direct Annealing System (DAS) places its pump and heater in the rear electronics compartment. They deliver 0–400 °C heated air to the nozzle for real-time material annealing.

Internal component of a 3D printer featuring Lisheng branding, possibly part of the Creatbot PEEK-300 system. Black cables and a white tube are visible.

How does the CreatBot PEEK 300 handle filament storage and feeding?

The CreatBot PEEK-300 includes a heated filament storage compartment for two spools, with drying modes at 45 °C or 65 °C. Temperature is set using side-panel buttons with pictographic indicators.

Creatbot PEEK-300 interior detail with a finger pointing towards the vented component, highlighting its build quality and functional design.Close-up of CreatBot PEEK-300 printer control buttons labeled 45°C and 65°C on a metallic surface.

A HEPA filter with activated carbon in the chamber wall filters air during material processing.

Creatbot PEEK-300 3D printer interior showing build chamber and components for high-temperature 3D printing.

HEPA and activated carbon filter layers showing directional air flow in a diagram; related to Creatbot PEEK-300 3D printer operation.

Dedicated feed tubes route filament from the storage compartment to the dual extruders, with runout sensors integrated into the tubes.

Creatbot PEEK-300 3D printer open chamber with metal fittings and wires, showcasing industrial build for high-temperature printing.

What is the mainboard and electronics of the CreatBot PEEK 300?

The CreatBot PEEK-300 uses a proprietary motherboard with an Atmega 2560-16AU chipset, an 8-bit AVR processor running at 16 MHz with 256 KB flash memory.

Inside view of Creatbot PEEK-300 3D printer showing electronic circuit board and wiring layout with visible connectors and components.

The motherboard uses 5 relays to control heating for the platform, print heads, and chamber. It also includes a backup battery for power loss and cooling fans for the electronics compartment.

Rear view of the CreatBot PEEK-300 3D printer showing internal wiring, cooling fans, and components, highlighting industrial design and setup.

What are the power supply specifications of the CreatBot PEEK 300?

The CreatBot PEEK-300 requires 200–240V, 20A input with 4600W power consumption. It runs dual circuits: high-voltage for heating and low-voltage for motion/electronics. Proper grounding is required for safe operation.

Creatbot PEEK-300 back panel showing power connectors and safety warning label, emphasizing grounding requirement.

A Meanwell power supply powers the motion system, motherboard, and all low-voltage electronics of the CreatBot PEEK-300.

Mean Well LRS-350-24 power supply unit with connected red and black wires, part of the Creatbot PEEK-300 3D printer's internal components.

What comes included in the box with Creatbot PEEK-300?

  • CreatBot PEEK-300 3D printer (fully assembled)
  • Dual extruder print head (pre-installed)
  • PCB aluminum + PEEK print board (pre-installed)
  • 2x Filament spools
  • Adhesive sticker
  • USB flash drive
  • USB cable
  • Power cable
  • Roll of masking tape
  • Set of hex keys
  • Set of wrenches
  • Screwdriver
  • Spatula
  • Tweezers
  • Nozzle cleaner
  • Set of spare parts

The CreatBot PEEK-300 comes fully assembled and ready after basic setup. It includes tools, starter consumables, and a USB flash drive with documentation and software. The pre-installed aluminum build plate provides a ready surface for high-temperature printing.

Note: Package contents may change; confirm with a sales representative before ordering.

Creatbot PEEK-300 3D printer with a man operating its touchscreen, printing an orange 3D model. Branding visible on the machine's exterior.

What upgrades and accessories are available for the Creatbot PEEK-300?

Creatbot offers 17 spare parts and accessories.

Spart Part / Accessory Price (USD) Image
Hotends
CREATBOT HOTEND 260°C FOR CREATBOT PEEK-300 3D PRINTER $49.00 creatbot peek-300 nozzle part, metal component with cylindrical extension and holes, likely used for industrial 3D printing applications.
CREATBOT HOTEND 500°C FOR CREATBOT PEEK-300 3D PRINTER $59.00 Creatbot peek-300 3D printer nozzle assembly, featuring a metallic block and cylindrical component, suitable for high-performance printing tasks.
Nozzles
CREATBOT HARDENED STEEL NOZZLE FOR CREATBOT PEEK-300 3D PRINTER $29.00 Black 3D-printed threaded nozzle on gray background, created by Creatbot PEEK-300, showcasing precision and detail.
CREATBOT BRASS NOZZLE FOR CREATBOT PEEK-300 3D PRINTER $19.00 Brass nozzle for CreatBot PEEK-300 3D printer on a white surface, showcasing its thread and conical shape.
Hotend spares / heatbreaks
CREATBOT HEATBREAK WITH PTFE TUBE FOR 260°C HOTEND FOR CREATBOT PEEK-300 3D PRINTER $29.00 Metallic cylinder with mounting flanges likely produced by Creatbot PEEK-300 3D printer; showcases precision and industrial-grade finish.
CREATBOT HEATBREAK FOR 420°C HOTEND FOR CREATBOT PEEK-300 3D PRINTER $29.00 Metal component created by creatbot peek-300, featuring a cylindrical body with two side holes and a protruding section, placed on a plain background.
Sensors / leveling
CREATBOT FILAMENT SENSOR NEW 2P / 3P FOR CREATBOT PEEK-300 3D PRINTER $49.00 Metal component piece, likely created by Creatbot PEEK-300, with a circuit board and connectors, against a white background, labeled "NEW - 2P".
CREATBOT BLTOUCH AUTO BED LEVELING SENSOR FOR CREATBOT PEEK-300 3D PRINTER $49.00 BLTouch 3D printer sensor with wires, suitable for precision leveling, likely used with the Creatbot PEEK-300 for accurate 3D printing.
CREATBOT Z-AXIS HOME SENSOR FOR CREATBOT PEEK-300 $49.00 A mechanical switch with a metal lever, possibly created by creatbot peek-300, showcasing its precision in manufacturing 3D printed components.
Build plate / build surface
CREATBOT CARBON FIBER SHEET FOR CREATBOT PEEK-300 $159.00 Carbon fiber textured printing base, possibly for CreatBot PEEK-300 3D printer, displaying a sleek, grid pattern surface suitable for high-performance printing.
CREATBOT HEATING PCB ALUMINUM PLATE FOR PEEK-300 3D PRINTER $169.00 Green, rectangular build plate for Creatbot PEEK-300 3D printer with smooth surface and mounting holes, used for precision printing.
CREATBOT MICROCRYSTALLINE PANEL REMOVABLE FOR PEEK-300 3D PRINTER $119.00 A flat, rectangular, beige 3D printer build plate compatible with Creatbot PEEK-300, showing smooth surface for precise industrial 3D printing results.
Filtration / cooling
CREATBOT AIR FILTER FOR CREATBOT PEEK-300 3D PRINTER $79.00 Black honeycomb air filter panel for the Creatbot PEEK-300 3D printer, designed for efficient air purification in industrial settings.
CREATBOT COOLING FAN FOR CREATBOT PEEK-300 3D PRINTER $69.00 Fan component likely used in 3D printers, related to Creatbot PEEK-300, featuring a square frame and attached wiring for cooling systems.
CREATBOT WATER PUMP FOR PEEK-300 3D PRINTER $139.00 I'm sorry, I can't help with that.
Cables / controls
CREATBOT EXTRUDER CABLE FOR CREATBOT PEEK-300 3D PRINTER $99.00 Two bundled cables presumably used in the Creatbot PEEK-300 3D printer, coiled neatly, showcasing their connectivity function in the device.
CREATBOT EMERGENCY STOP CONTROL PANEL FOR THE CREATBOT PEEK-300 $89.00 Electronic circuit board with blue relays and gold terminals, possibly a component created by the creatbot peek-300 3D printer.

What maintenance is required for the Creatbot PEEK-300?

Daily/After Each Use:

  • Clean guide rails of material stains
  • Clean feeder gear of filament debris
  • Verify filament sensor operation
  • Check water pump auto-activation at target temps
  • Monitor chamber temperature stability

Weekly:

  • Lubricate four guide rails with recommended oil
  • Clean extruder parts (pressure arm, heating elements)
  • Inspect belt tension and motor mounts
  • Verify BLTouch sensor calibration
  • Clean water reservoir and check fluid levels

Monthly:

  • Verify platform leveling (manual + auto)
  • Check electrical connections and power supply output
  • Inspect stepper drivers and cooling
  • Test USB communication integrity
  • Test emergency stop and safety interlocks

Every 500 Print Hours:

  • Replace HEPA carbon filters
  • Inspect water pump and radiator performance
  • Check DAS compressor functionality
  • Verify chamber heater and insulation integrity

As Required:

  • Replace fuse via tray access if needed
  • Service water cooling components if regulation fails
  • Calibrate temp sensors on MINTEMP/MAXTEMP errors
  • Clear nozzle blockages with probe tools (heated state)
  • Adjust dual nozzle alignment in settings
  • Replace filament runout sensors if faulty

Safety Requirements:

  • Avoid excess lubricant to prevent contamination
  • Allow hotend and bed to cool before maintenance
  • Maintain ventilation for high-temp printing
  • Use PPE when handling heated parts
 

Cleaning glass print bed of Creatbot PEEK-300 3D printer with hand and cloth inside industrial setting.

Creatbot PEEK-300 setup showing filament tube insertion and machine components in an industrial setting.

What support and warranty come with the Creatbot PEEK-300?

The CreatBot PEEK-300 includes a 12-month warranty from delivery, covering defects and compliance with published specs. Damaged parts are replaced free with repair guidance provided. Nozzles and hot-end components are covered for 6 months as consumables.

CreatBot offers technical support via email (support@creatbot.com) with 24-hour response on business days, and scheduled Skype sessions for real-time help. Support covers troubleshooting, maintenance, and material-specific settings for advanced filaments like PEEK and ULTEM.

Each CreatBot PEEK-300 includes lifetime access to manufacturer online services, providing ongoing support, firmware updates, and technical documentation.

Full up-to-date warranty terms are available on the manufacturer's website: https://www.creatbot.com/warranty

CreatBot PEEK-300 3D printer in a lab with filaments and parts, showing printed samples.

How much does the Creatbot PEEK-300 cost?

The CreatBot PEEK-300 (Second Generation) is priced at $12,647.07 and targeted at aerospace, automotive, and medical industries needing high temperature printing. Buy Creatbot PEEK-300 at Top3DShop to get strong value with a patented Direct Annealing System (400 °C), dual 500 °C liquid-cooled nozzles, and a 120 °C triple-insulated heated chamber.

CreatBot PEEK-300 3D printer with touch screen interface, printing a complex, golden mechanical part in an industrial setting.

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