3D printer manufacturer Peopoly has introduced the GIGA 800 FGF Printer, a large-format pellet-extrusion system for industrial tooling, composite mold making, automotive fixtures, and architectural design. Base pricing starts at $15,000 USD (EXW). Build volume measures 800 x 800 x 800 mm. Product materials place the machine within a workflow built around Klipper, Orca Slicer, and WiFi connectivity rather than proprietary software. Peopoly also presents pellet feedstock as a lower-cost alternative to spooled filament, stating material costs can fall by up to 90%.
Core hardware centers on a dual-zone heating screw extruder designed for raw industrial pellets, including high-temperature and fiber-reinforced grades. Specifications list a maximum flow rate of 3 kg per hour, maximum nozzle temperatures of 400°C, and nozzle sizes ranging from 0.4 mm to 3.0 mm. Product text also highlights advanced retraction and compatibility with Klipper’s Pressure Advance, features intended to reduce oozing, stringing, and corner bulging during pellet extrusion. Peopoly pairs those controls with a hardened, wear-resistant large-diameter nozzle for abrasive engineering compounds and larger-format output.
Motion and enclosure details place the machine firmly in industrial territory. GIGA 800 uses a CoreXY motion system with closed-loop servo motors rather than conventional steppers. Product literature also references heavy-duty linear rails and ball screws. Printer dimensions measure 1200 x 1140 x 1560 mm, while shipping dimensions reach 1400 x 1300 x 1700 mm. Net weight is listed at 320 kg, with gross shipping weight of 410 kg including packaging. Power requirements are 5000W at 220V. A fully enclosed chamber with 60°C passive insulation and a heated bed capable of 120°C extend the machine’s operating range for engineering polymers. Bed coating is described as providing adhesion during printing and part release after cooling.
Material handling also departs from external pellet feed arrangements often used in larger systems. Product text describes a fully integrated, heavy-duty metal hopper that feeds pellets directly into the extrusion engine. Peopoly presents that hopper as moisture sealed, a notable point for hygroscopic polymers such as nylon and PET-based materials. Listed materials include ABS, ABS-CF, ABS-GF, ASA, ASA-CF, ASA-GF, PLA, PLA-CF, PETG, PETG-CF, PCTG, PPA-CF, PPA-GF, PA-CF, PET-CF, PET-GF, TPU 60A–95A, TPU-GF, and PEBA elastomers. Applications are grouped into industrial tooling, architecture and art, performance engineering, and flexible prototypes.
Software and security form another part of the package. GIGA 800 runs on open-source Klipper firmware and ships with pre-configured 3MF profiles developed with the Siraya Tech Material Science Team for use in Orca Slicer. Product materials describe those profiles as covering flow, retraction, and temperature settings for multiple pellet materials, including PA-CF and TPU. Peopoly also presents the system as suitable for air-gapped offline operation and references ITAR-compliant workflows for organizations with stricter security requirements. Rather than opening broad commercial sales immediately, Peopoly is using an Early Adopter Program while finalizing global rollout and inviting prospective users to apply for early access or request technical consultation.
Pellet printing targets cost and process limits
Recent pellet-based systems have focused on a core technical weakness of extrusion at scale: part quality. AIM3D, a German developer of multi-material 3D printers, introduced Voxelfill and a High-Performance Upgrade for its ExAM systems in 2025 to improve structural consistency and extrusion control. In testing, Voxelfill reduced anisotropy in 30% glass fiber-reinforced PETG samples from 56.7% to 13.5%, while the upgrade added Input Shaping and Extruder Pressure Control to improve precision, edge quality, and dosing accuracy at higher speeds. Those changes matter because pellet systems have long competed on throughput and material price, while weaker Z-axis performance and rougher output limited where they could be used.
Cost remains the other constraint pellet printing is built to address. Israeli manufacturer of large-format 3D printers Modix Modular Technologies recently introduced the MAMA-1000, a one-cubic-meter system combining pellet and filament extrusion in a single machine. Its economics were straightforward: raw plastic granules compatible with materials such as PLA, PETG, ABS, ASA, TPU, recycled polymers, and filled composites were priced at $2 to $8 per kilogram, while comparable filament typically ranged from $20 to $80 per kilogram. Modix paired that cost gap with a pellet throughput of 3 kg per hour, using filament only where tighter tolerances or better surface finish were needed. That comparison helps frame machines such as the GIGA 800 less as oversized alternatives to desktop systems and more as tools aimed at reducing material cost and build time in large-format production.
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Featured image shows Peopoly GIGA 800 pellet extrusion 3D printer. Image via Peopoly.
