Pellet 3d printer

The DP-A Series Fused Granule Fabrication (FGF) pellet 3D printer uses thermoplastic pellets, which are less expensive than filament. Its low cost and high extrusion output make it suitable for producing large-scale models and prototypes.

The Dowell DP-A FGF granule 3D printer is a large-format, high-speed thermoplastic extrusion printer. The industrial 3D printer is suitable for printing large projects, can effectively reduce printing costs.

DOWELL3D Pellets Printer Cost Savings
50% Reduction in printing cost per kilogram
Pellets are more cheaper, Multi-pellet printable
FGF pellet 3d Printer have a Large Workspace
industrial 3d Printer For Sculpture Furniture

The Dowell Pellet 3D printer offers large-format, high-speed thermoplastic extrusion printing with a build volume of up to 1600 x 2400 x 1600 mm. This industrial pellet 3D printer features automatic leveling and automatic feed.

The DP-A industrial-grade pellet 3D printer features automatic feeding, a 6mm tempered glass heated bed, 3-stage nozzle temperature control reaching up to 420°C, and supports multiple materials including PLA, ABS, and PETG.

The dowell DP series pellet 3D printer offers a large build volume of 1600 x 2400 x 1600 mm and high-temperature pellet extrusion, ideal for industrial mold casting.
This printer supports multiple materials including ABS, PLA, and PC, and with an automatic feed system.

The DP-A Pellet 3D printer features a high-precision sensor-based auto-leveling system, coupled with 64-Point matrix detection, ensures more accurate results.
High temperature nozzle up to 420°C, with a larger heating area, can melt particles quickly.

DOWELL3D DP series pellet 3d printer converts raw material directly to the print bed in a granular form. It's designed to print big projects, resulting in shorter turnaround times and more reliability with low material cost, fast printing speed and the product is with high strength.

The DP-A Pellet 3D printer features a high-precision sensor-based auto-leveling system, coupled with 64-Point matrix detection, ensures more accurate results.
High temperature nozzle up to 420°C, with a larger heating area, can melt particles quickly.