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Creatbot PEEK-250: High-Temperature Industrial 3D Printer

Creatbot PEEK-250: High-Temperature Industrial 3D Printer
Creatbot PEEK-250: High-Temperature Industrial 3D Printer
 Creatbot PEEK-250: High-Temperature Industrial 3D Printer - 2
Creatbot PEEK-250: High-Temperature Industrial 3D Printer
 Creatbot PEEK-250: High-Temperature Industrial 3D Printer - 3
Creatbot PEEK-250: High-Temperature Industrial 3D Printer
  • Creatbot PEEK-250: High-Temperature Industrial 3D Printer
  • Creatbot PEEK-250: High-Temperature Industrial 3D Printer - 2
  • Creatbot PEEK-250: High-Temperature Industrial 3D Printer - 3
In Stock
Industrial high-temperature PEEK ULTEM 3D printer
  • 200 °C thermally uniform chamber
  • Advanced heat isolation system
  • High print quality and resolution
  • One-stop annealing function
When purchasing with us you get:
  • FREE Delivery
  • 1-Year Warranty
  • Local U.S. Support
  • Up to 20% Filament Discount
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
This 3D printer comes with:
  • High-temperature nozzles
  • Set of necessary tools
  • CreatWare software
  • User manual
Price $11,590.00 $12,999.00
Add to Cart Talk to an expert
Lead time is 2-3 weeks

The CreatBot PEEK-250 is an industrial FDM printer built for high-performance polymers such as PEEK, PEI (ULTEM), and other engineering thermoplastics, offering a 250 × 250 × 300 mm build volume with precision down to 50 µm. As the first desktop model with a 200 °C chamber, it reaches 180 °C in just 20 minutes while keeping exterior surfaces below 40 °C, and its integrated annealing function minimizes warping by enabling printing and annealing in one device. A 480 °C water-cooled extruder with a silicon carbide nozzle, paired with an aviation-grade 200 °C heated platform that requires no manual leveling, ensures consistent extrusion and dimensional stability at extreme temperatures.

Designed for demanding applications in medical, aerospace, automotive, and defense sectors, the PEEK-250 delivers the strength, heat resistance, and chemical stability needed for organizations transitioning from traditional to additive manufacturing.

What is the print quality and performance of the Creatbot PEEK-250 Industrial 3D Printer?

The CreatBot PEEK-250 achieves 50 µm layer heights with XY accuracy of 0.0127 mm and Z accuracy of 0.00125 mm, producing smooth surfaces and fine details with strong dimensional stability. Its combination of high-temperature capability and precise motion control minimizes warping and adhesion issues common with advanced filaments like PEEK and PEI. For example, a 3DBenchy printed in PEEK showed no warping and strong interlayer fusion, with an even first layer, clean chimney bore, and minimal stringing — only slight faint Z-seam, all tunable via slicer settings.

A side and under view of a small brown 3D printed boat figurine created by the CreatBot PEEK-250. The boat features a detailed cabin with a chimney, smooth hull, and distinct layers visible on the surface, indicating the high level of precision and capability of the printer. The object is placed on a plain white background providing a clear view of the intricate details achieved by the 3D printer.

ABS XYZ Calibration Test Cube: 

A blue 3D-printed calibration cube with the letter "X" is showcased on a black print bed. This piece was created by the creatbot PEEK-250, demonstrating its precision in producing detailed 3D printed parts. The setting emphasizes the clean surface and printing accuracy of the machine.

PEEK XYZ Calibration Test Cube: 

Close-up of a brown 3D printed calibration cube with prominent

The CreatBot PEEK-250 prints optimally at 55 mm/s, with speeds up to 200 mm/s supported by its Cartesian motion system running on precision linear rails.

The interior view of the Creatbot PEEK-250 3D printer, showcasing its illuminated build chamber. The setup includes prominent heating elements, visible as a red glow that suggests a high-temperature environment necessary for PEEK printing. The build plate has a logo featuring a stylized

Thermal management includes a 480 °C nozzle, 200 °C platform, and 200 °C chamber that heats to 180 °C in just 20 minutes, providing the controlled environment needed for crystallization and bonding of high-performance filaments.

This image highlights the interior of the CreatBot PEEK-250 printer with a focus on its active printing area, enveloped in a red lighting effect. The printer head is centrally positioned, with visible guide rails and a heat warning symbol on the lower section. The image emphasizes the printer’s enclosed chamber, beneficial for maintaining uniform temperature during the printing process.

Example: Architectural models printed with PEEK

Two brown 3D printed models showcasing intricate geometric designs, likely created using the Creatbot PEEK-250. The models have a complex structure with multiple rectangular indents and smooth surface finishes, illustrating the printer's precision and capability in handling high-performance materials.
The CreatBot PEEK-250’s design enhances print quality with a double-tooth silicon carbide extruder for high torque and wear resistance, ideal for abrasive composites.

A close-up view of the metal nozzle component used by the Creatbot PEEK-250 3D printer. The nozzle is attached to a sturdy metallic block, highlighting precision engineering with visible screws and wiring. The metallic finish indicates durability suitable for high-temperature 3D printing, necessary for processing advanced materials like PEEK.

An integrated water cooling system ensures stable extrusion at extreme temperatures, while a spoiler device circulates hot air 360° for uniform chamber heating.

A person is interacting with the creatbot peek-250 printer by pouring liquid into an open compartment on the machine. The printer is partially visible, with a sleek, metallic finish and a clear window displaying the internal components. The individual, dressed in a black outfit, is holding a white container and is equipped with a funnel, suggesting maintenance or the addition of printing materials. The scene implies a professional setting, highlighted by the presence of the creatbot branding on the machine's door.

This consistent temperature supports proper crystallization and uniform mechanical properties in printed parts.

A series of four images showing parts created by the CreatBot PEEK-250 3D printer. Each image displays a golden, cylinder-like 3D-printed object with various temperature settings, shown below: nozzle, bed, and chamber temperatures. The first three images have a red "X" indicating incorrect settings, while the last image has a green checkmark for the optimal configuration. Technical details and settings are highlighted for comparison, emphasizing the importance of precise temperature control in 3D printing with the PEEK-250.

Test PEEK samples

A set of three cylindrical parts printed by the CreatBot PEEK-250 displayed vertically. The central object is a brown cylindrical component with intricate vertical grooves showing precise engineering design, while the flanking parts are similar in design but in a lighter color. The high-resolution print quality demonstrates the printer's ability to handle complex geometries and high-performance materials like PEEK, PA, and other engineering plastics. These parts are likely used for industrial applications where durability and precision are critical.

The CreatBot PEEK-250 employs an aviation-grade three-layer thermal insulation system with optimized heat dissipation (managed by active air cooling) and high-temperature resistant components, keeping all external surfaces below 40 °C even when the chamber reaches 180 °C to ensure user safety.

The creatbot PEEK-250 3D printer is pictured with a robust metal frame and a transparent front door displaying the "CreatBot" logo. The printer has a digital control panel on the top front for intuitive operation. Multiple insets show thermal imaging views, illustrating the printer’s heat management capabilities. This setting is likely in a technical or industrial environment, showcasing the precision and technology of the creatbot PEEK-250.

Its one-stop annealing function allows PEEK and PEI parts to be annealed directly in the printer without any time delay, avoiding transfer-related warping and ensuring optimized mechanical properties and dimensional stability for end-use applications.

Two identical 3D printed parts, resembling complex industrial components, are displayed inside the CreatBot PEEK-250 3D printer. The parts are printed in a brown material, showcasing the printer’s capability to produce high-detailed engineering pieces. The interior of the printer is visible, featuring a sturdy metal build with ventilation grilles and a heating element, hinting at its high-temperature printing capabilities.

Which filaments can you use with the Creatbot PEEK-250 high-temperature printer?

The CreatBot PEEK-250 is a high-performance 3D printer supporting over 18 filament types, from standard engineering plastics to ultra-performance polymers such as PEEK, PEI (ULTEM™), PEKK, and their carbon- and glass-fiber reinforced variants. The printer accepts standard 1.75 mm filaments, supports third-party materials, and includes a one-stop annealing function to enhance part strength and stability without post-processing transfers.

PEEK 3D Print Sample: A hexagonal nut

A hexagonal nut sample created by the Creatbot PEEK-250 3D printer. The part is made from a translucent material, likely high-performance plastic such as PEEK, illustrating the printer's capability to produce precise industrial components. The nut is placed on a wood-grain surface, providing contrast and context for the visual detail of the printed object.

PEEK 3D Print Sample: Alignment plate

A flat rectangular part created by the Creatbot PEEK-250 sits on a wood-textured surface. The part is designed with six semi-circular indentations evenly spaced along one edge and has two circular holes on opposite corners. The material appears to be a high-grade thermoplastic, emphasizing precision and smooth surface finishes.

PEEK-CF (PEEK w/ Carbon Fiber) 3D Print Sample: Holder

A black PEEK mold box with a lid slightly open, showcasing its sturdy and compact design. It is a sample output created by the Creatbot PEEK-250 3D printer, demonstrating the printer's capability to produce high-quality, precise components using PEEK material.

PEEK 3D Print Sample: Grip

A 3D-printed part created by the CreatBot PEEK-250, showcasing a T-shaped handle with a smooth, layered texture. The part displays a wood-like finish, highlighting the printer's capability to work with advanced, durable materials suitable for functional prototypes and end-use components.

PEEK 3D Print Sample: Implant

An intricate 3D-printed part created by the creatbot peek-250, showcasing a perforated, curved structure resembling a shell. The part is primarily brown with a gradient effect and small, evenly spaced holes throughout. It rests on two small, structured supports, also printed, emphasizing the printer's precision and capability in producing complex geometrical designs.

CF-PEEK 3D Print Sample: Sprocket

A black 3D-printed gear, created by the CreatBot PEEK-250, is placed on a wooden surface. The gear features multiple uniformly spaced teeth and a central hole, showcasing intricate detailing characteristic of high-resolution 3D printing capabilities.

PEEK 3D Print Sample: 

A high-resolution image of a 3D-printed gear part created by the CreatBot PEEK-250. The part is situated on a printing bed, surrounded by a faint layer of residue, possibly from a support or release agent. The gear is finely detailed with visible teeth and a central hub, showcasing the printer’s capability to produce intricate components with high precision.

What is the build volume of the Creatbot PEEK-250 Large Scale 3D Printer?

The CreatBot PEEK-250 offers a 250 × 250 × 300 mm (9.8 × 9.8 × 11.8 in) build volume.

A tan, elbow-shaped pipe model inside the CreatBot PEEK-250 3D printer emphasizes its ability to produce complex, industrial-grade components. The printer's internal structure includes ventilation and control mechanisms, reflecting its high-performance and advanced engineering capabilities.

What is the difference between the Creatbot PEEK-250, Intamsys Funmat HT, CreatBot PEEK-300, 3D Labs HTX, Intamsys Funmat Pro 410 and Mosaic Element?

CreatBot PEEK-250 is the first desktop PEEK 3D printer capable of printing with ULTEM. Main advantages over its competitors: a 200 °C active chamber with in-process direct annealing (no post-anneal step), 480 °C nozzle, 200 °C bed, and a water-cooled direct-drive extruder over a 250×250×300 mm volume at $11,999+ — aimed at strong crystallinity and dimensional stability without extra heat-treat cycles.

In contrast:

  • Intamsys Funmat HT — Wins: lowest price ($7,000+). Loses to PEEK-250: cooler thermals (450 °C nozzle, 160 °C bed, 90 °C chamber), no direct annealing, smaller Z (260 mm), and no water-cooled drive.
  • CreatBot PEEK-300 — Wins: larger 300×300×400 mm build and dual, water-cooled direct-drives. Loses: higher price ($15,000+) and cooler chamber (120 °C vs 200 °C).
  • 3D Labs HTX — Wins: bigger 370×300×300 mm volume, hotter 500 °C nozzle and 220 °C bed, dual drives. Loses: cooler 100 °C chamber, no direct annealing, higher price ($15,500+), and no water-cooling listed.
  • Intamsys Funmat Pro 410 — Wins: largest reach in this set (305×305×406 mm), dual water-cooled direct-drives, 500 °C nozzle. Loses: highest price among non-Stratasys peers ($28,000+), cooler 90 °C chamber and 160 °C bed, and no direct annealing.
  • Mosaic Element — Wins: large 355×355×355 mm volume at a lower price ($10,000+) with a 500 °C nozzle. Loses: much cooler environment (120 °C bed, 80 °C chamber), no direct annealing, and single direct-drive without water-cooling.
Feature CreatBot PEEK-250 Intamsys Funmat HT CreatBot PEEK-300 3D Labs HTX Intamsys Funmat Pro 410 Mosaic Element
Build Volume (mm) 250 × 250 × 300 260 × 260 × 260 300 × 300 × 400 370 × 300 × 300 305 × 305 × 406 355 × 355 × 355
Chamber Temp (°C) 200 90 120 100 90 80
Direct Annealing Yes No Yes No No No
Nozzle Temp (°C) 480 450 480 500 500 500
Bed Temp (°C) 200 160 200 220 160 120
Extruder Single Direct Drive, Water Cooled Single Direct Drive Dual Direct Drive, Water-Cooled Dual Direct Drive Dual Direct-Drive, Water-Cooled Single Direct Drive
Price $11,999+ $7,000+ $15,000+ $15,500+ $28,000+ $10,000+

What printer controls are available on the Creatbot PEEK-250 high-temperature 3D printer?

The CreatBot PEEK-250 has a 7-inch touchscreen for full printer control. It supports multiple languages and lets users monitor and adjust nozzle (up to 480°C), platform (up to 200°C), and chamber (up to 200°C) temperatures in real time.

Physical Controls (3 categories):

  • Power switch.
  • U-disk port.
  • USB cable port.

Touchscreen Controls (categories):

  • Home Menu

Interface screen displaying the CreatBot Peek-250 3D printer's control panel. The visual includes indicators for print head temperature at 210°C, print bed temperature at 110°C, and ambient temperature at 70°C. The layout shows options such as cooldown, filament management, USB connectivity, motion settings, and general settings. A progress bar indicates 20% completion at 00:00:20 elapsed time, labeled with CreatBot branding.

  • Print Job Controls: Print from SD Card, pause, resume, stop.

A digital interface from the CreatBot PEEK-250 displaying adjustable temperature settings. The screen includes three main icons representing components: a nozzle set at 210°C, a heating bed at 110°C, and an enclosed chamber at 70°C. Current temperatures are indicated alongside each icon. The interface provides options for change, pause, and stop, and features the CreatBot logo prominently at the top, signifying brand identity. The layout is designed for user-friendly interaction in controlling the 3D printer’s operations.

  • Filament Management Controls: Load/unload filament, extrude, retract.

This image depicts the user interface of the Creatbot PEEK-250, highlighting a control screen featuring options for loading and unloading filament. The screen includes detailed icons for operation, such as "Load," "Unload," "Retract," and "Extrude," alongside measurements of extrusion lengths ranging from 10 to 50 millimeters. The simple, intuitive layout aids efficient manipulation of the printer’s extruder head.

File management screen of the CreatBot Peek-250 3D printer, shown with a dark blue background. Two files are listed: "print file2.gcode" and "file2.gcode". Side navigation icons allow for scrolling through the list and returning to previous menus. This interface is designed for selecting files to print.

  • Calibration: Move axis (X, Y, Z), bed leveling, etc.

The image showcases the leveling platform system of a 3D printer. On the left, a graphical user interface is displayed, featuring navigation controls like X, Y, and Z-axis adjustments for precise platform positioning. On the right, there are two visual sections: the first shows the printer’s nozzle and bed, while the second highlights a person's hand adjusting leveling nuts, indicating hands-on calibration capability for optimal print bed alignment.A digital control interface for the creatbot peek-250 featuring a dark background. The interface displays a circular navigation pad with directional controls for the X, Y, and Z axes, allowing precise adjustments to the printer head's position. Additional buttons for incremental movement—ranging from 0.1mm to 100mm—are aligned on the right side, enhancing control over the printing process. Buttons labeled for home positioning of each axis indicate user-friendly navigation.

  • Temperature:     Set nozzle temperature, hotbed temperature, chamber temperature, preheat, cool down.    

The digital interface of the CreatBot PEEK-250 3D printer displays real-time status information. The screen shows the temperature of various components: the nozzle at 210°C, the bed at 110°C, and the chamber at 70°C. Below these icons, there’s a progress bar indicating 20% completion and a time elapsed counter. The bottom menu offers options for 'Cooldown,' 'Filament,' 'USB,' 'Move,' and 'Setting,' with a purple background and the CreatBot logo prominently displayed at the top.

A digital interface displaying fan speed settings, labeled "Fan Speed." It includes two adjustable sliders for “Sink fan speed” and “Cooling fan speed.” The screen has a dark background with a simple layout, along with a "Save" icon to retain any changes, indicative of the user-friendly interface associated with the creatbot peek-250 3D printer.

  • Other Settings: Adjust print speed, set cooling fan speed,  WiFi setup, update Firmware, etc.

The settings interface for the CreatBot PEEK-250 3D printer features a clean, user-friendly layout. The screen includes icons and text for various configurable options: 'Motion Calibration,' 'Fan Speed,' 'Preheat Setting,' 'Wi-Fi Setting,' 'More Setting,' and 'Factory.' The background is dark purple, contributing to a sleek and modern design, with navigation elements like a back arrow to facilitate use.

What connectivity options are available on the Creatbot PEEK-250 professional 3D printer?

The CreatBot PEEK-250 offers both USB and 2.4 GHz WiFi connectivity, allowing it to operate as a standalone or networked device in professional manufacturing and R&D environments. Print files can be transferred directly via USB without a connected workstation, while WiFi setup is managed through the touchscreen interface.

Wi-Fi setting screen for the CreatBot Peek-250. It includes fields to input the WIFI UUID, WLAN name, and password. The background is dark blue, featuring a side navigation icon for returning to previous menus and a button labeled "Connect" with a cloud icon, indicating connectivity options.

What slicing software is offered with the Creatbot PEEK 250?

The CreatBot PEEK-250 includes CreatWare, a proprietary multilingual slicer optimized for high-temperature printing on Windows and macOS, while also supporting third-party slicers such as Simplify3D, Cura, and Slic3r with full compatibility for STL, OBJ, AMF, and G-code files. Designed for industrial reliability, CreatWare offers specialized temperature profiles and filament-specific settings for consistent results with advanced polymers, and it integrates directly with the printer’s 7-inch touchscreen, enabling seamless transfer and execution of print jobs via USB or storage device.

A 3D modeling software interface displaying a complex spiral component designed for printing. The model is set within the software’s virtual build space, ready for production on a Creatbot printer. The settings panel shows options for filament type, printer selection, and other detailed configurations, emphasizing the integration of advanced software with the Creatbot PEEK-250 for precision manufacturing.

A detailed screenshot of 3D printing software in use, likely associated with the CreatBot PEEK-250, showing a technical illustration of a part being prepared for printing. The layered view displays various elements like infill patterns and support structures, essential for understanding print progress and settings. The right side includes detailed parameters such as layer height, filament type, and dimensions, demonstrating the precision and customization available for advanced printing projects.

What is the design and build quality of the Creatbot PEEK-250?

The CreatBot PEEK-250 is a desktop 3D printer, featuring a fully enclosed, office-compatible design built from aviation-grade materials for thermal insulation and safety.Front view diagram of the Creatbot PEEK-250 3D printer, with key components labeled. The compact machine displays a sleek design with a central front door, clear screen panel, and working status light. Visible components include the filament chamber, water pump, heating status light, U-disk port, power switch, and USB cable port, emphasizing its advanced technical features and user-friendly interface. The branding "CreatBot" is visibly placed on the front, emphasizing the manufacturer.

A labeled technical diagram of a unit possibly associated with the Creatbot PEEK-250, detailing its cooling and power systems. The diagram notes four features: the upper cooling circulation fan, back cover, circuit cooling circulation fan, and power port. Each component is marked with numbers and arrows to guide understanding, presenting a clear view of the device's structural elements and functionality.

What are the build platform specifications of the CreatBot PEEK-250?

The CreatBot PEEK-250 uses an aluminum base with a polymer-coated platform.

The image showcases a component of the Creatbot PEEK-250 3D printer, specifically the heated build platform. The platform features a dark metallic base with a faintly textured finish, a prominent LED-lit logo on the front, and an exclamation mark inside a triangular warning symbol indicating heat caution. On top of the base, there are multiple layers, including a transparent middle layer and a cream-colored top build plate. The platform is designed for high-temperature printing, suitable for materials like PEEK. The setting is minimal, focusing on the product's technical aspects without any branding distractions.

What is the hotend and extruder system of the CreatBot PEEK-250?

The CreatBot PEEK-250 uses a 480 °C direct-drive extruder with a silicon carbide hotend for high torque and wear resistance. Its die-casting wear-resistant nozzle can be replaced in 30 seconds without screws.

A technical diagram of an extruder labeled with components. Visible parts include the filament tube connector, water cooling tube connector, extruder PCB, filament nut, cooling fan, heating block, and nozzle. This detailed schematic highlights the sophisticated design and functionality of the extruder used in the Creatbot PEEK-250.

The motion system uses high temperature resistance motors, linear rails, belts and circuits to ensure long time high temperature printing.

The interior of the CreatBot PEEK-250 3D printer is shown, highlighting the dual-extruder system on a guiding rail. Visible components include wiring, cooling fans, and a spacious build area, emphasizing its precise and efficient performance in a professional setting.

How does the CreatBot PEEK-250 handle filament storage and feeding?

The CreatBot PEEK-250 includes a dedicated filament chamber with a run-out sensor for material monitoring. Filament is fed by the direct-drive extruder, with loading and unloading handled through a tube connector and nut as outlined in the manual.

An interior view of a storage compartment within a 3D printer, possibly the creatbot peek-250, showing a spool of filament neatly mounted. The filament is housed on a transparent round spool with a desiccant pouch nearby, likely to maintain optimal printing material conditions. The setting suggests organization and focus on maintaining material quality.

What comes included in the box with Creatbot PEEK-250?

  • 1x Fully assembled CreatBot PEEK-250 3D Printer
  • High-temperature nozzles
  • 1x Set of necessary tools
  • 1x CreatWare software package
  • 1x User manual

The CreatBot PEEK-250 ships fully assembled and ready to use, supplied with high-temperature nozzles for advanced polymers like PEEK and PEI, the CreatWare slicing software, a detailed user manual, and a complete tool set for routine maintenance.

The setup area in front of the CreatBot PEEK-250 3D printer, featuring a variety of accessories and tools on a black tablecloth. Several blue boxes labeled “FILAMENT” are arranged neatly, each containing tools like pliers, a funnel, and silicone lubricant tubes. These accessories are essential for the printer's maintenance and operation, while the printer’s metallic exterior with visible edges provides a sleek industrial appearance.

Please note: Package contents are determined by the manufacturer and may change without notice. To confirm the current inclusions, contact a Top3DShop sales representative before placing your order.

What upgrades and accessories are available for the Creatbot PEEK-250?

The CreatBot PEEK-250 can be supplemented with the following accessories and consumables to maintain performance and extend printer capabilities:

Item Function Target Users Price
Hotend Melts and extrudes filament 3D Printer Enthusiasts $175+
Electronic Board for CreatBot PEEK250 Controls printer operations CreatBot PEEK250 Users $50+
Fans for CreatBot PEEK250 Cools print and electronics CreatBot PEEK250 Users $35+
CreatBot PEEK-250 Motors Drives motion axes CreatBot PEEK250 Users $175+
CreatBot PEEK250 Waterpump Cools hotend or chamber CreatBot PEEK250 Users $90+

Hotends

Original CreatBot replacement hotends for the F430 3D NX, PEEK-250, D600 Pro 2 HS, and D1000 HS are available in Standard and Quick Remove (v1/v2) variants, engineered for high-temperature and abrasive filaments with rapid heating, efficient cooling, modular maintenance, and precision nozzle compatibility.

A nozzle for the creatbot PEEK-250, featuring a sleek metallic construction and a copper-colored component at one end. The design is engineered to withstand high temperatures, possibly utilized for printing specialized materials like PEEK. The detailed build and polished finish indicate its role in precise 3D printing processes.

Electronic Board

Official CreatBot PEEK-250 control board, designed for full compatibility and reliable performance in high-temperature material printing.The main circuit board of the CreatBot PEEK-250 3D printer. The board is densely populated with various electronic components, including capacitors, connectors, and an integrated processor module highlighted in green. Branding is clearly visible, displaying the CreatBot logo and emphasizing the technological sophistication of the product. This electronic component is a critical part of the printer, responsible for managing its operations and ensuring accurate printing performance.

Fans

Genuine PEEK-250 chamber, model, and water-cooling fans, engineered with multi-path heat dissipation to maintain 200 °C chamber stability, controlled part cooling, and extruder thermal balance during extended high-temp printing.

The image displays a compact cooling fan, a vital component of the Creatbot PEEK-250 3D printer, essential for heat dissipation during the printing process. The fan is circular, black in color, and includes a connector with black and red wires visible. Its design is optimized for maintaining temperature control within the printer’s calibrated environment, ensuring precision and stability during prolonged high-temperature operations.

Motors

Original PEEK-250 extruder and axis motors, built for 480 °C environments, providing precise filament feeding and smooth motion up to 200 mm/s for consistent high-performance printing.

A metal stepper motor with a silver top plate, featuring a circular protruding shaft. The motor's body is primarily black with visible screws on the top plate, and a four-wire cable extends from its side, implying its connectivity and use likely in the creatbot peek-250 3D printer for precise motion control.

Water Pump

Official PEEK-250 liquid cooling pump, designed for stable 500 °C printing with reliable coolant circulation, leak-proof construction, and durable tubing for continuous industrial operation.

A side view of a vacuum pump consisting of a black motor connected to a transparent cylindrical chamber with metallic clamps. The chamber is sealed with black caps on both ends, with a hose fitting extending from it. This component is intricate and appears to be part of a larger mechanical system.

What maintenance does the Creatbot PEEK-250 require?

The PEEK-250 requires regular bed leveling, lubrication of rails, nozzle cleaning, belt inspection, and careful filament handling. Its water-cooled extruder and circulation fans should also be checked to maintain stable high-temp performance.

Regular Maintenance

  • Bed Leveling: Use leveling nuts to keep nozzle–bed gap at ~0.1 mm (business card thickness).
  • Filament Handling: Straighten before loading; store sealed and dry to prevent damage.
  • Environment: Keep printer clean, dry, and within 5–30 °C operating range.

Mechanical Maintenance

  • Lubrication: Clean guide rails and oil if head sticks or moves roughly.
  • Belts & Pulleys: Check belt tension and tighten pulleys if head skips or stalls.

Extruder & Nozzle

  • Nozzle Blockages: Use clean filament; clean nozzle if extrusion slows or stops.
  • Temperature Calibration: Match nozzle temperature to filament type (PLA: 190–210 °C, ABS: 230–250 °C).

Electrical & Cooling

  • Fans & Sensors: Ensure all fans run properly; check sensors for MINTEMP/MAXTEMP errors.
  • Water Cooling: Keep pump and tubes clear and leak-free for stable extrusion.

Storage

  • Filament: Store with desiccant in sealed bags when not in use.
  • Printer: Power off and cover to protect from dust and moisture during long breaks.

The CreatBot PEEK-250 3D printer is depicted in a sleek, industrial design with a sturdy, closed-frame structure. It features a prominent front access door with a large window, allowing visibility into the printing chamber. Above the door is a control panel for easy navigation and operation. The printer's branding is visible on the front, emphasizing its professional-grade capabilities and high-temperature performance for engineering-grade materials.

What support and warranty come with the Creatbot PEEK-250?

The CreatBot PEEK-250 is backed by a 12-month manufacturer’s warranty covering conformance to published specifications, with free replacement parts and repair guidance provided during the period (excluding normal wear items). Nozzles and hot-end assemblies carry a separate 6-month warranty due to expected wear from high-temperature and abrasive filaments. Coverage applies to manufacturing defects and excludes damage from unauthorized modifications, uncertified materials, improper handling, or environmental factors.

Manufacturer support from Henan Creatbot Technology Limited is also available through support@creatbot.com, typically responding within 24 hours. Free lifetime online support, including manuals and maintenance documentation, is accessible through the support portal: https://www.creatbot.com/support/

Full warranty terms: https://www.creatbot.com/en/warranty.html

How much does the Creatbot PEEK-250 cost?

The CreatBot PEEK-250 high performance 3D printer is priced at $11,590.00, delivering professional-grade performance for ultra-high-temperature polymers like PEEK and PEI with its 480 °C nozzle and 200 °C chamber. Key features include a water-cooled extruder, one-click annealing, and aviation-grade insulation that keeps exterior surfaces under 40 °C even when the chamber reaches 180 °C. For bulk orders or custom configurations, contact the Top3DShop team for a personalized quote.

The image displays two 3D printers side by side. On the left is the CreatBot PEEK-250, characterized by a robust rectangular design with a transparent front door showcasing the print chamber. It has a metallic gray finish with the brand name prominently displayed on the front. On the right is the F430 NX model, featuring a similar design but with a distinctive branding panel above the door. Both models have visible interior structures and sophisticated control interfaces.

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