Built for high-performance pellet printing, the G5Ultra features a next-generation extruder with segmented heating zones for optimized temperature control and reliable material delivery. Compatible with 0.4–3.0 mm nozzles and 2–5 mm pellet feedstock, it combines precision with exceptional throughput. A 3-liter material hopper ensures continuous operation during long print jobs, while the 420°C high-temperature extrusion system enables compatibility with a wide variety of thermoplastics and composite materials for demanding industrial applications.
Intelligent Laser Ranging
Achieve fast and accurate bed calibration with the G5Ultra's non-contact laser auto-leveling system. Using advanced laser sensing technology, it automatically measures the print surface without physical contact, reducing setup time, improving leveling precision, and ensuring safe operation—even on high-temperature build plates. This intelligent system helps maintain consistent first-layer quality while preventing interference with prints in progress.
High-Speed Printing
Combines high-speed motion with efficient pellet extrusion to achieve print speeds of up to 220 mm/s and material output rates of up to 0.8 kg/hour. This powerful combination significantly shortens production cycles while preserving the precision and consistency required for professional applications. Whether producing functional prototypes, end-use components, or large-scale models, the G5Ultra delivers outstanding productivity without sacrificing print quality.
Suitable for More Materials
Equipped with a high-temperature extrusion system capable of reaching 420°C, the G5Ultra Pellet 3D Printer is built to process an extensive range of engineering-grade thermoplastics and composite pellet materials. Compatible with advanced materials such as PA-CF, PA-GF, PC-CF, PLA, rPLA, PETG-GF, ABS, PS, GPPS, and PP-GF, it provides the versatility to produce durable functional prototypes, industrial components, artistic creations, and educational models with material properties tailored to each application.
