PEEK-650 HT Industrial 3D Printer – Leading High-Temperature Polymer Solution

PEEK-650 HT Industrial 3D Printer – Leading High-Temperature Polymer Solution

Product Overview

The PEEK-650 HT is a high-end industrial 3D printer specifically engineered to process high-performance thermoplastics such as PEEK and Ultem. Equipped with an advanced heated chamber reaching up to 250°C, this system ensures exceptional dimensional accuracy and production efficiency, making it ideal for industries with stringent technical requirements.

High-End Industrial 3D Printer – CreatBot PEEK-650 HT

Key Technical Specifications

• Linear motor system (Maglev) for enhanced motion stability and speed
• Maximum print speed: 600–800 mm/s
• Accuracy: ±0.05 mm / 100 mm
• IDEX technology (dual independent extruders)
• Build volume: 610 × 510 × 710 mm
• Maximum nozzle temperature: 500°C
• Chamber temperature: up to 250°C
• Vacuum build plate for improved adhesion
• Infrared (IR) heating for rapid thermal processing
• Adjustable heated chamber (patented design)

Key Advantages

• Reduces heating time by up to 90%
• Saves up to 70% in energy consumption
• Optimized for high-precision printing and direct manufacturing
• Suitable for prototyping, low-volume production, and MRO operations
• Performance comparable to leading brands such as Stratasys, INTAMSYS, and Roboze

Industrial Applications of PEEK-650 HT

1. Aerospace

• Engine components and satellite mounting brackets
• Seals and hydraulic valves with up to 30% weight reduction

2. Defense

• Components for missiles, UAVs, and radar systems
• Corrosion-resistant materials for harsh environments

3. Medical

• Orthopedic implants and spinal cages
• Surgical tools and medical devices

4. Marine

• Deep-sea corrosion-resistant components
• ROV systems and offshore connectors

5. Aviation MRO (Maintenance, Repair, Overhaul)

• Rapid replacement parts for aircraft
• Cabin accessories and hydraulic systems

6. Nuclear Energy

• Heat- and radiation-resistant materials
• Reactor maintenance components

7. Electronics & Semiconductors

• Thermal and electrical insulation components
• 5G device housings and microelectronic systems

8. Oil & Gas

• High-temperature, high-pressure pipes and valves
• Up to 50% cost reduction compared to traditional materials

9. Research & Universities

• Development of advanced materials
• Experimental and next-generation 3D printing technologies

Short-Wave Infrared Heating Technology – Breakthrough for High-Performance PEEK Printing

The system integrates advanced short-wave infrared (IR) heating technology, utilizing specialized thermal radiation devices surrounding the print head. This solution is optimized for PEEK and other high-performance semi-crystalline polymers.

This technology enables in-situ annealing during the printing process, enhancing material structure in real time.

Thanks to its strong penetration capability, short-wave IR radiation uniformly heats the material from the inside, allowing PEEK molecular chains—despite rapid cooling—to receive sufficient thermal energy to:

• Transition from amorphous to stable crystalline structures
• Significantly increase crystallinity
• Reduce internal stress
• Improve interlayer adhesion

Result

3D printed parts achieve superior mechanical strength, toughness, and dimensional stability—effectively enabling a one-step manufacturing process for high-performance engineering components.