PEEK 3D Printer Solutions

CreatBot PEEK 3D printers enable high-temperature industrial 3D printing, suitable for PEEK, PEI and engineering-grade materials in aerospace and medical applications
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Ultra-High Temperature PEEK 3D Printers

PEEK-250

Best Value for Money

Build Volume: 250*250*300mm
Through the complete high-temperature system of "480°C nozzle + 200°C constant temperature chamber + 200°C heated bed", it achieves stable molding of PEEK-grade materials and in-situ annealing treatment. This makes it an ideal equipment for: industrial functional parts manufacturing, aviation/automotive/medical R&D, and high-strength metal replacement parts verification.
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peek-250 3d printer
peek-300 3d printer

PEEK-300

Performance and Capacity Upgrade Choice

Build Volume: 300×300×400mm

Through the complete high-temperature system of 480°C nozzle + 200°C constant temperature chamber + 200°C heated bed, it achieves stable molding of PEEK-grade materials and larger structural parts printing capability.
PEEK-300 provides larger build space and higher batch production efficiency, suitable for industrial functional parts manufacturing, aerospace automotive components, and pilot-scale production applications.
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PEEK 3D Printer vs Consumer 3D Printer

✓ ✓ CreatBot PEEK Industrial 3D Printer
Supported Materials
PEEK / PEKK / ULTEM / Carbon Fiber PEEK and other high-performance materials
Nozzle Temperature
350°C – 500°C+
Chamber Temperature
200°C (High-temperature constant chamber)
Material Performance
Near metal strength, high temperature resistant (250°C+)
Structural Performance
High strength, chemical corrosion resistant, can replace metal parts
Forming Stability
High-precision crystal structure control, requires annealing treatment
Printing Difficulty
Extremely high, requires industrial control system
Application Fields
Aerospace, medical implants, automotive industry, oil & gas
✕ ✕ Regular Consumer 3D Printer
Supported Materials
PLA / PETG / ABS / TPU and other ordinary plastics
Nozzle Temperature
180°C – 260°C
Chamber Temperature
Room temperature / Within 50°C
Material Performance
Medium-low strength, limited temperature resistance (60–100°C)
Structural Performance
Mainly used for models, appearance verification
Forming Stability
Easy to print, but limited performance
Printing Difficulty
Simple, ready to use out of the box
Application Fields
Education, DIY, design verification, desktop models

Advantages of PEEK 3D Printers

200°C High-Temperature Uniform Chamber
Special turbulence device enables 360° circulation of hot air in the chamber, ensuring uniform heating. Polymer material models have uniform crystal structure from any angle, achieving perfect molding.
Low Surface Temperature
When chamber temperature is 180°C, machine surface temperature does not exceed (after 5 hours)
Rapid Heating
Chamber temperature rises to 180°C in just 20 minutes
High-Temperature Dedicated Extruder System
Equipped with dual-gear silicon carbide extruder, featuring high torque, ultra-wear resistance, and no step loss. Can print all filaments below 500°C, especially carbon fiber and glass fiber materials.
200°C High-Temperature Print Platform
Aviation-grade ultra-flat platform + polymer-friendly base coating. Natural flatness 0.05mm, high-temperature flatness 0.1mm (chamber temp 180°C). No manual or automatic leveling required, avoiding manual leveling or sensor failure in high-temperature environments.
One-Stop Annealing Function
Integrated annealing function, no additional equipment needed, complete annealing treatment directly on the printer.

Research on CreatBot PEEK 3D Printer Direct Annealing Function

irp
Top European Research Institute INFN & CNR Choose CreatBot Peek Series in Advanced Research
According to a preliminary study presented at the 6th CIRP ICME Conference, Italy '22, direct annealing can improve the bending properties of additively manufactured PEEK. Learn more about these findings in the full paper.
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Material Types Supported by PEEK 3D Printers

Creatbot 3D printers have strong adaptability and stability for various filaments. Relying on hardware advantages (all-steel body, precise linear guides, adjustable temperature nozzle/chamber, etc.), they can perfectly match all plastic 3D printing filaments, achieving perfect filament printing results and fitting their material characteristics.
High Performance
Standard
Engineering
Support
PLA
Key Features
Easy to print, biodegradable, low cost
Applications
Creative products, education, simple prototypes
PLA-CF
Key Features
Carbon fiber reinforced, high rigidity, lightweight
Applications
Brackets, model frames, simple tooling
PETG
Key Features
Balanced, impact resistant, semi-transparent
Applications
Electronic enclosures, daily containers, transparent parts
TPU 95A
Key Features
Hard elastic, wear-resistant, bendable
Applications
Seals, wearable devices, soft parts
PC
Key Features
High transparency, high strength, high temperature resistant
Applications
Protective shells, car lamp covers, high temperature fixtures
WAX
Key Features
Low melting point, easy to flow, smooth surface
Applications
Lost wax casting patterns (jewelry, dental)
PEEK 3D Printer Print Results
CreatBot 3D Printer Applications in Medical Field

CreatBot 3D Printer Application Cases

CreatBot 3D Printers: Innovative Applications in the Global Industrial Chain

Cases
News
Exhibitions

Faurecia Leverages CreatBot 3D Printer to Validate Car-Seat Base Prototypes in Just 10 Days

Faurecia, a leading global car-seat manufacturer, successfully validated car-seat base prototypes using CreatBot 3D printer in just 10 days—cutting lead time by 85 % and cost by 70 % versus traditional stamping, enabling true agile development.

100 Sets in 10 Days! CreatBot Small-Batch 3D Printing Accelerates Tesla Seat Validation

by deploying 15 CreatBot D600 Pro2 HS large-format high-temperature 3D printers, the project team successfully delivered 100 sets of seat part models directly usable for functional testing within 10 days, with a printing success rate of 92%, perfectly meeting Tesla's dual demands for speed and quality.

Samsung Electronics & CreatBot: Giants Join Forces to Reshape Display Prototype Development

Samsung Electronics and CreatBot, a leading global manufacturer of enterprise-level large-format and high-temperature 3D printers, have announced a joint collaboration to revolutionize display prototype development. The collaboration aims to accelerate the design-to-production process for next-generation displays, enabling faster time-to-market and higher quality products.

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Why Choose CreatBot?

2012
Founded in
10,000+
Printers Sold
100+
Partners
10,000㎡
Production Facility
9,000㎡
R&D Center
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Zhengzhou City, Henan Province, China
T: (+86) 371 5569-1230
M: (+86) 155 6538 6860
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