Detail
| Molding technology: | FGF Fused Granules Fabrication |
| Pellet diameter: | 2-5mm |
| Voltage: | AC100-110V & AC220-240V 50/60Hz |
| Rated power: | 1450W |
| Print size: | 500 x 500 x 400mm |
| Machine size: | 765 x 890 x 1040mm |
| Package Size: | 845 x 990 x 510mm |
| Print layer thickness: | 0.4-2.0mm (optional 3.0mm) Standard |
| Nozzle upper temperature: | $360°C |
| Nozzle lower temperature: | <420°C |
| Heating bed temperature: | ≤120°C |
| Number of nozzles: | 1 |
| Hopper capacity: | 3000ml |
| Discharging mechanism: | Screw extruder |
| Maximum speed: | 220mm/s |
- The next generation extruder (with segmented heat zones) can fit nozzles in diameters ranging from 0.4mm up to 3mm, and the machine can print pellets/granules measuring 2-5mm in diameter. The particles are fed into the extruder from a 3 liter hopper, ensuring a ready supply of feedstock for its huge deposition rate. It heats up to a toasty 420°C, enabling the printing of a wide range of materials.
- Using laser sensor non-contact measurement technology, the leveling time can be significantly shortened and the leveling accuracy can be improved; Not only ensure the real-time and high safety of the leveling operation under the high temperature platform, but also avoid interference with the model during the printing process.
- The G5Ultra boasts desktop 3D printing speeds that reach up to 220mm/s. With regards to the flow rate of the materials, the G5 Ultra is capable of depositing a staggering 0.8kg per hour, ensuring it stands out for individuals requiring rapid production without compromising the intricacies of design or the overall quality of the final product.
- With its ability to heat up to 420℃, the G5Ultra Pellet 3D Printer excels in processing a wide range of thermoplastics and composites. This flexibility allows for experimenting with various pellets, including PA-CF,PA-GF,PC-CF, PLA, rPLA, PETG-GF, ABS, PS, GPPS, PP-GF, and more, enabling the creation of functional prototypes, artistic works, or educational models with desired material properties.