Piocreat G12 - Pellet 3D printer

The G12 FGF pellet 3D printer from Piocreat is a cutting-edge solution for large-format, high-speed additive manufacturing. With an impressive build volume of 1200 x 1000 x 1000 mm, equating to 1200 liters, the G12 is engineered to tackle large-scale projects with efficiency and precision. Its 25-liter hopper capacity allows for extended, uninterrupted printing, making it ideal for applications such as patterns, molds, tooling, jigs, fixtures, batch production, and full-scale prototypes.

Video 1: What comes with the Piocreat G12 printer? Source: Piocreat.

The G12 also enables material testing and pushes the boundaries of what’s possible in industries such as manufacturing, automotive, aerospace, art, and furniture design. With a printing speed of 90 mm/s, it achieves lead times and cost reductions up to 10 times faster than filament-based manufacturing methods.

Video 2: What comes with the Piocreat G12 printer? Source: Piocreat.

Equipped with a nozzle capable of reaching 450 °C and a heated bed operating at up to 130 °C, the G12 supports a wide range of pellet-format thermoplastics and composite materials. It accommodates pellet diameters from 2 to 5 mm, enabling the use of materials like PLA, PETG, ABS, TPU, and composites. Additionally, the printer supports the use of shredded recycled plastics, offering a sustainable manufacturing alternative. Features such as transparent barrels for material monitoring, a material runout sensor, and a power-cut refill system enhance operational reliability, boasting a renewal success rate of over 95%.

Image 1: Advanced laser-sensor technology ensures precision leveling of the high-temperature platform. Source: Piocreat.

The G12 features an energy-efficient heated bed that only activates the printing segment, significantly reducing energy consumption and prolonging machine life. The bed heats up fast, reaching 80°C in just 3 minutes, minimizing setup delays and ensuring optimal adhesion for large prints. Advanced laser-sensor technology ensures precision leveling of the high-temperature platform, eliminating interference with the printed model and achieving a molding success rate of 99%. The fiberglass quick-release build platform, designed for flexibility, allows for effortless removal of prints, even for complex geometries.

Image 2: The segmented heating design ensures stability, with nozzle temperatures ranging up to 450 °C. Source: Piocreat.

At the core of the G12 is its innovative screw extrusion system, delivering consistent material flow and enhanced print quality. Its segmented heating design ensures stability, with nozzle temperatures ranging up to 450 °C. The retractable print head and strong extrusion force allow for versatile performance, supporting layer thicknesses from 0.2 to 2.0 mm and nozzle sizes from 0.8 to 4 mm. This versatility, combined with a high flow rate of up to 3 kg/hr, enables users to achieve both fine details and efficient production of large-scale parts.

Image 3: The guided belt module allows for high-precision and high-load motion control. Source: Piocreat.

Precision is a hallmark of the G12 printer, thanks to its guided belt module and a customized servo motor for superior motion control. These features ensure high accuracy, even when handling intricate designs or large, complex prototypes. Whether for industrial tooling, molds, or architectural projects, the G12 consistently delivers exceptional detail and reliability, setting a new standard for large-scale additive manufacturing.

Video 3: The versatility of the G12 industrial pellet 3D printer. Source: Piocreat.

The G12 offers advanced connectivity and user-friendly operation through its proprietary Piocreat Slicer or third-party slicing software like Cura and Simplify3D. Supporting file formats such as STL, OBJ, and 3MF, the printer enables file transfer via USB and WiFi access. Its integrated webcam provides real-time monitoring and time-lapse video capabilities, while features like a magnetic fixing system and customizable positioning enhance usability, making it an ideal solution for professionals seeking efficiency and precision in large-scale 3D printing.