A New Price Point for Industrial-Scale, Large-Format 3D Printing
Peopoly’s Giga 800 enters the market as an FGF 3D printer aimed squarely at industrial additive manufacturing teams that need large, single-piece parts without the traditional price tag. Offering a build volume 800mm on each axis (800 x 800 x 800 mm), the system targets print farms, design studios and engineering departments that have outgrown desktop machines but can’t justify the six-figure investments typical of large-format 3D printers. With a starting price of USD 15,000 (approx. RM69,000), it undercuts many pellet-extrusion competitors that often exceed USD 50,000 (approx. RM230,000). That combination—industrial-scale build volume 800mm cubed and a mid-range capital cost—positions the Giga 800 as a potential bridge between prototyping labs and full production cells. It is designed to move large-format 3D printing from occasional outsourcing or experimental use into a regular, in-house production tool for functional parts, tooling and fixtures.
Pellet Extrusion Printing: Faster Throughput, Lower Material Costs
Instead of feeding filament, the Giga 800 uses pellet extrusion printing—also called Fused Granular Fabrication—to process raw industrial pellets through a dual-zone screw extruder. This architecture can deliver up to 3 kg of polymer per hour, enabling significantly shorter production cycles for large components compared with conventional filament-based FGF 3D printers. Because pellets bypass filament conversion, material costs can drop to a fraction of traditional FDM, which becomes critical when filling a large-format 3D printer’s full build volume 800mm wide and tall. Peopoly has validated a broad material portfolio, from PLA and PETG to ABS, ASA, glass- and carbon-fiber-reinforced grades, as well as elastomers like TPU and PEBA. By supporting reinforced polymers that resist warping in big builds, the Giga 800 makes it more practical to print large functional parts in one pass, reducing scrap, support structures and overall material waste.
Closed-Loop Motion Control and Air-Gapped Operation for Industrial Users
To keep very large prints on track over long runtimes, the Giga 800 replaces typical stepper motors with a closed-loop servo CoreXY motion system. Continuous positional feedback helps maintain accuracy and repeatability, addressing a common concern with oversized builds where even slight drift can ruin a part. The machine builds on Peopoly’s experience with beltless, linear-motor-based architectures, using linear rails and ball screws rather than conventional belt-driven motion. On the software side, it runs open-source Klipper firmware with OrcaSlicer, combining Klipper’s Pressure Advance and active mechanical retraction to tackle oozing, stringing and the coarse surface finish often associated with pellet extrusion printing. For sectors such as defense, aerospace and research, the system can operate fully air-gapped, without an internet connection, enabling sensitive design data to remain on-premises while still leveraging an industrial additive manufacturing platform.
From Belt-Driven Rigs to Linear Architectures with Massive Build Volumes
The Giga 800 reflects a broader shift in large-format 3D printer design: away from belt-driven, hobbyist-scaled architectures and toward more rigid, servo-controlled linear systems that are purpose-built for industrial additive manufacturing. Weighing in at roughly 320 kg, the Giga 800 is engineered as a floor-standing production asset, not a benchtop gadget. Its heated bed and insulated chamber are tuned for large parts in demanding polymers like ABS, ASA, PPA and glass-fiber-filled blends, with bed temperatures up to 120 °C and nozzle temperatures up to 400 °C. A range of nozzle sizes from 0.4 mm to 5 mm lets users balance fine detail against extreme deposition rates. By combining pellet extrusion printing with this more robust motion platform, Peopoly is signaling that pellet-based systems are maturing into serious production tools, rather than experimental, high-maintenance outliers.
Democratizing Large Builds: Fewer Assemblies, Less Post-Processing
One of the most consequential advantages of a build volume 800mm cubed is the ability to print what would formerly require multiple parts and assemblies as a single component. For jigs, fixtures, large housings or outdoor signage, consolidating parts reduces the need for adhesives, fasteners and manual alignment work. That, in turn, cuts post-processing time, labor costs and potential failure points in the final product. With pellet extrusion printing lowering per-kilogram material cost, users can economically fill the large-format 3D printer’s entire envelope for production-grade parts, not just prototypes. Industries such as maintenance, repair and overhaul, marine, and custom fabrication can respond more quickly to oversized one-off or low-volume orders. While market adoption will depend on trust, support and real-world performance, machines like the Giga 800 indicate that industrial-scale pellet-based printing is moving from niche to accessible for a much wider range of manufacturers.