The GPEEK300 is a high-temperature industrial FFF 3D printer designed for advanced engineering applications that require extreme thermal stability and material versatility. Built for high-performance manufacturing environments, it enables reliable printing of engineering-grade and high-temperature polymers used in demanding industrial sectors.
With a maximum nozzle temperature of up to 450°C, the GPEEK300 is optimized for materials such as PEEK, PEI, carbon-fiber reinforced polymers, and other advanced thermoplastics used in aerospace, automotive, and high-end engineering applications.
✔ Build Volume: 250 × 300 × 375 mm
✔ Filament Diameter: 1.75mm
✔ Nozzle Range: 0.4 – 0.8mm
✔ Machine Weight: ≥ 55 kg
✔ Maximum Temperature: up to 450°C
✔ Control System: Closed-loop servo system
✔ File Support: STL / OBJ
✔ High-temperature extrusion system for engineering-grade polymers
✔ Closed-loop servo motor system for precise and stable motion control
✔ Reinforced thermal chamber design for stable high-heat printing
✔ Auto leveling system for consistent first-layer adhesion
✔ Power-loss recovery to continue long-duration prints
✔ Filament detection system to prevent material failure during production
✔ Smart touchscreen interface for real-time control and monitoring
✔ PEEK – High-performance engineering polymer for extreme environments
✔ PEI (ULTEM) – High strength, heat-resistant aerospace-grade material
✔ PC – Strong, impact-resistant engineering plastic
✔ Nylon (PA) – Durable and wear-resistant functional parts
✔ Carbon Fiber Composites – High stiffness and lightweight structural parts
✔ And many more advanced high-temperature materials available on the market
✔ Aerospace – Lightweight structural components and functional prototypes
✔ Automotive – High-temperature engine bay and performance parts
✔ Industrial Manufacturing – Heat-resistant tooling and functional fixtures
✔ Electrical & Electronics – Insulating components and enclosures
✔ Engineering R&D – Advanced material testing and product validation
The GPEEK300 is widely used in advanced 3D printing Singapore industrial environments, especially where high-performance materials and thermal resistance are critical for engineering-grade output.
✔ Supports ultra-high-temperature engineering materials up to 450°C
✔ Stable enclosed printing environment for precision output
✔ High rigidity system for dimensional accuracy in complex parts
✔ Designed for continuous industrial-grade production cycles
✔ Enables production of parts previously requiring CNC or injection molding
✔ Reduces outsourcing for high-performance prototypes
✔ Expands material capability into aerospace-grade polymers
✔ Improves product validation speed for advanced engineering designs
✔ Aerospace engineering companies
✔ Automotive R&D departments
✔ Advanced manufacturing facilities
✔ Material science and research institutions
✔ Industrial design and prototyping studios



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