Dp-A1220-16 Fgf Printer 1600mm Large Format Industrial Plastic Pellet 3D Printer for Architectural Components

Customization:	Available
After-sales Service:	Online After Sale Support
Warranty:	1 Year

Product Overview

Industrial FGF Pellet 3D Printer

A high-flow industrial large-format pellet 3D printer purpose-built for high-throughput manufacturing and rapid prototyping applications. Constructed with a reinforced 80mm aluminum frame and triple-stage screw extrusion system.

✔ Extrusion rates: 4000-5000g/hour
✔ Integrated water cooling system
✔ Engineering-grade material support

Key Features

⚙️High-Output System

Triple-stage screw extrusion system with automated material feeding achieves sustained output of 4000-5000g/hour, enabling high-efficiency industrial-scale production.

🌡️Thermal Management

Precision water cooling combined with triple-zone thermal management reaching 420°C ensures consistent melt flow for engineering-grade pellet materials.

💎Material Versatility

Compatible with diverse industrial pellets including PLA, ABS, PP, glass-fiber reinforced PP, and TPE, through interchangeable 1.0/2.0/3.0mm nozzle configurations.

🏗️Large Build Volume

Configurable build envelopes spanning from 1000×1000×1000mm up to 1600×2400×1600mm for massive component manufacturing.

Technical Parameters

Specification	Details
Model	DP-A1220-16
Print Speed	0-350mm/S
Extrusion Flow Rate	4000-5000g/Hour
Nozzle Temperature	0-420°C (Triple-Zone Control)
Bed Temperature	0-100°C
Build Volume	120020001600mm (Standard) / Up to 160024001600mm
Forming Technology	FGF (Fused Granular Fabrication)
Pellet Material	4mm Pellet (PLA, ABS, PP, PP+GF, TPE)
Interface	10" Full Color Touch Screen
Cooling System	Water Cooling
Frame	80mm Thickened Aluminum Section

Advanced Capabilities

Various Pellet Materials

High Flow Screw Extrusion

420℃ High Temp Nozzle

100℃ High Temp Hot Bed

One-key Auto-leveling

Automatic Feeding System

Water-Cooled System

Bed Self-lock Mechanism

Customization Options

1. Constant Temperature Enclosure: Maintains a uniform 60°C chamber environment to prevent warping in high-shrinkage materials.

2. Custom Sizes: Beyond standard specifications, tailor-made build volumes are available to fit specific industrial requirements.

Printing Cases

Frequently Asked Questions

Q1: What are the advantages of using pellets instead of filament?

Pellets are the raw material for most industrial plastics, significantly reducing material costs and allowing for much higher extrusion flow rates (up to 5000g/h), making them ideal for large-scale manufacturing.

Q2: Can this printer handle high-temperature engineering plastics?

Yes, with a nozzle temperature of up to 420°C and a heated bed reaching 100°C, it can process engineering-grade pellets like ABS, PETG, and glass-fiber reinforced composites.

Q3: How does the automatic feeding system work?

When sensors detect low material levels, pellets are automatically transported from the storage roller to the print head, ensuring continuous operation without manual intervention.

Q4: Is the bed leveling process manual or automatic?

The printer features a high-precision sensor-based auto-leveling system that automatically detects platform height and adjusts in real-time for optimal first-layer adhesion.

Q5: What safety and stability features are included?

The machine includes a bed self-lock mechanism with four locked motors to prevent displacement during power failures and a water-cooled system to maintain thermal stability during long prints.

Q6: Do you provide technical support for international customers?

Yes, we provide professional technical support, instructional videos, and a one-year warranty to ensure smooth operation for all global users.

Dp-A1220-16 Fgf Printer 1600mm Large Format Industrial Plastic Pellet 3D Printer for Architectural Components