What are the machine dimensions?

The machine measures 2116 × 2700 × 2403 mm and prints a 1300 × 1300 × 1300 mm volume.

MINGDA Mextru-1300HT: pellet 3D printer, 3 kg/h

Description

MINGDA Mextru-1300HT 3D printer

Very large-format pellet extrusion (FGF) 3D printer: a screw extruder and an output of up to 3 kg/h.

MINGDA Mextru-1300HT 3D printer
1300 × 1300 × 1300 mm build volume, granule extrusion (FGF).
Screw extruder, 400 °C nozzle (3 zones), output of up to 3 kg/h.

The Mextru-1300HT uses FGF (Fused Granular Fabrication) technology: a screw extruder fed with plastic pellets/granules, which cost much less than filament, with an output of up to 3 kg/h. That is up to 10× faster than filament FDM. It has a huge 1300 mm cube build volume, a 400 °C nozzle with three-zone heating, a 70 °C enclosure, servo motors and a vacuum feeder. It is compatible with more than 100 types of pellets.

Pellet extrusion (FGF): material that costs much less than filament
Output up to 3 kg/h: up to 10× faster than filament FDM
Huge volume: 1300 × 1300 × 1300 mm, large one-piece parts
400 °C nozzle: all-metal, 3-zone heating
70 °C enclosure: no warping or edge delamination
Servo motors + vacuum feeder
More than 100 pellet types: multi-machine mass production

MINGDA Mextru-1300HT 3D printer

Specification	MINGDA Mextru-1300HT
Technology	FGF (granule extrusion)
Build volume	1300 × 1300 × 1300 mm
Print heads	1
Layer height	1.5 mm
Material	Pellets: PLA, PETG, ABS, ASA, PC, PA, PP, etc.
Nozzle diameter	3.0 mm
Nozzle temperature	400 °C (3-zone heating)
Max bed temperature	110 °C
Enclosure temperature	70 °C
Print output	3 kg/h
Max power	15,000 W
Voltage	3PH 380 V
Connectivity	WiFi, Ethernet, USB
Screen	Color touchscreen, 15.6 inch
Firmware	Klipper
Extruder	Screw-type
Feeding	Vacuum feeder
Motors	Servo
AI detection	Yes
Air filtration	HEPA filter
Leveling	Automatic, fast
Certification	CE
Machine dimensions	2116 × 2700 × 2403 mm

Frequently asked questions

What is FGF?

FGF stands for Fused Granular Fabrication. A screw extruder melts plastic pellets directly instead of filament, which lowers material cost and raises output.

How fast can it print?

The print output is up to 3 kg/h, which the manufacturer describes as up to 10 times faster than filament FDM.

Which materials can it use?

It works with more than 100 types of pellets, for example PLA, PETG, ABS, ASA, PC, PA and PP.

What power supply does it need?