Highlights:

• High-speed and High-precision printing
• Chamber Temperature Control
• Screw Nozzle Design
• BL Touch Auto-leveling
• Multi-pellet Printing
• Super Large Format

FGF Technology

The Piocreat G12 is an industrial-grade 3D printer based on the FGF (fused granulate fabrication) technology — a type of material extrusion AM process, similar to FDM printing. FGF 3D printers work with thermoplastics in the form of pellets, or granules, which are loaded into a hopper, fed to the screw-type extrusion system where they heat, and the molten homogeneous plastic mass is extruded through a nozzle to build a model. Since plastic filaments used for FDM 3D printing are made from pellets, utilizing pellets directly for building parts makes FGF printing incredibly cost-efficient for numerous industrial applications.

Nozzle Temperature Up to 450℃

With a nozzle temperature reaching up to 450°C and a bed temperature of ≤130°C, the G12 Pellet 3D Printer’s nozzle is designed to handle high-temperature materials. This enables the printer to work with a wide array of thermoplastics and composite materials, including PLA, PETG, ABS, TPU, and composite materials, broadening the horizon for creating durable, complex parts with ease.

Screw Nozzle

Self-developed screw nozzle design, with a diameter 0.6-6mm, Max Temperature 450°C, Consumables melt thoroughly and squeeze out smoothly.

Super Large Format

The printing size 1200 x 1000 x 1000mm can meet the demands of printing large scale industrial parts and the end products.

Production-level Print Quality

According to the needs of industry users, select corresponding materials and print the industrial parts which is similar with injection molding.

Chamber Temperature Control

Stable structure, reduced vibration, 60°C chamber temperature environment, better printing and forming effect, and enhanced toughness of printed parts.

Auto Smart Leveling

Multi-point auto levelling system to ensure it does not wrap when printing, and the printing forming rate up to 99%

Rapid Heating Platform

Silicon heating design, heating up quickly, reduce waiting time for printing, convenient printing; The power density per squere is 0.48W/cm; it is heated to 150°C and air-fired for 5-8 minutes.

Why choose FGF pellet 3D printer?

• Mould making: Save time and reduce costs
• Sculpture Art: Mostly used in the production of artistic creation, digital sculpture, landscape model, etc.
• Education and Research: 3D printing product teaching, material science research, etc.
• Industrial Parts: Applied to structural parts templates, industrial figures, industrial parts, etc.
• Reduce Costs : Pellet extrusion 3D printing offers significant savings, cutting costs up to 10X compared to traditional filament-based methods.
• Shorten Lead Times: Enjoy speeds up to 10X faster than conventional filament extrusion 3D printing, drastically reducing project lead times.
• Excellent Material Properties : Use original materials for optimal material properties, ensuring enhanced performance of printed components through superior quality.
• Eco-friendly: uses pellets and shredded recycled plastic for sustainable, eco-friendly additive manufacturing alternatives.

Parameter

• Printing Size： 1200*1000*1000mm
• Molding Tech： FGF
• Nozzle Number： Single Nozzle
• Slice Thickness: 0.2~2mm
• Nozzle Diameter: 0,6~4mm (customizable 6mm)
• Particles Diameter： 2~5mm
• Filament： PLA、PETG、ABS、PC、PA、HDPE、TPU、EVA、PC+ABS、PA+Fiber、WPC、MQP-S+PA12、EVA based foam board
• File Format： STL、OBJ、AMF、3DMF
• File Transfer： USB/Storage card
• Bed Temp： ≤150℃
• Nozzle Temp： ≤450℃
• Language： English/Chinese
• Computer Operating System： Windows XP/7/8/10 MAC/Linux
• Printing Speed： 80~100mm/s
• Nominal power： 6500W
• Machine Size： 2200x1780x2250mm

Full Specification