Next-Gen Pellet 3D Printing Built to Break Limits

Engineered for high-output and high-strength manufacturing without compromise

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What is Pellet 3D Printing?

Pellet 3D Printing: The Next Evolution

Pellet 3D printing, also known as granule-based additive manufacturing, uses plastic granules as the primary feedstock rather than pre-processed filament. These granules are continuously fed into a high-temperature extruder, where they are melted and precisely deposited layer by layer to form the final part.

Why industries are switching to pellets:

This technology is particularly suited for large-format and industrial-scale 3D printing due to the following advantages:

High material flow rates for faster production

Compatibility with engineering-grade thermoplastics, recycled plastics, and sustainable feedstocks

Flexible material selection, including custom polymer formulations

Ideal for large, strong, cost-efficient parts used in:

  • Prototypes
  • Functional tooling
  • Furniture and moulds
  • Automotive and construction components

Pellet 3D printing is engineered for environments where scale, mechanical strength, and production efficiency are mission-critical.

Benefits of Pellet 3D Printing

What Makes Pellet 3D Printing a Smarter Choice

Pellet 3D printing, also known as granule-based additive manufacturing, uses plastic granules as the primary feedstock rather than pre-processed filament. These granules are continuously fed into a high-temperature extruder, where they are melted and precisely deposited layer by layer to form the final part.

Cost-Effective

Use industrial-grade plastic granules that are 60–90% cheaper than filament, with added bulk sourcing advantages.

Easy to Operate

Direct pellet feeding ensures simple operation and continuous, interruption-free printing

Wide Material Range

Compatible with engineering-grade, flexible, filled, and recycled thermoplastics, including custom polymer blends.

Faster Print Speeds

High-flow pellet extrusion enables rapid throughput, reduced cycle times, and larger part production.

Materials

Industrial Materials. Limitless Possibilities.

Choose from a growing library of thermoplastics and composites to match your application’s requirements for strength, flexibility, or heat resistance.

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PLA

PP-GF

PP-CF

ABS

Highspeed PLA

PLA-CF

ABS-CF

GPPS

HIPS

TPU

TPE

Extrusion Materials

Pellets or Filament: Know your material

PELLETS

Pellet-based 3D printing uses raw thermoplastic granules – the same input used in injection moulding.
Enables faster extrusion and high material throughput
Ideal for large-format and high-strength parts

Compatible with recycled and fiber-filled materials

Flexible sourcing and lower cost per kg

FILAMENTS

Filament remains a reliable and popular feedstock for smaller or detail-heavy builds.
Available in standard and high-performance variants (ABS, PLA, PETG, ASA, etc.)
Offers good surface finish and dimensional accuracy
Provides high-definition output with clean edges and smooth surfaces
Widely accessible and easy to handle

Applications

Built to serve a Broad Range of Industries

From functional prototypes to finished parts, Gigaaform enables innovation across industries through pellet-based 3D printing.

Automobile

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Research & Development Labs

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Aerospace

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Education Institutes

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Design & Furniture

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Casting Industries

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3D Printer

Meet the GigaaForm Lineup

GF500 Pellet 3D Printer

Large Scale, Build Volume: 500 x 500 x 500 mm

A fully enclosed, large-format commercial 3D printer for mid-scale production and prototyping.

  • Print Technology: FGF (Fused Granulate Fabrication)
  • Nozzle Temp: Up to 300°C
  • Heated Bed: Up to 120°C
  • Operating Temp: Up to 60°C
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GF1000 Pellet 3D Printer

Large Scale, Build Volume: 1000 x 1000 x 1000 mm

A large-format pellet extrusion printer built for industrial-grade part production.

  • Print Technology: FGF (Fused Granulate Fabrication)
  • Nozzle Temp: Up to 300°C
  • Heated Bed: Up to 120°C
  • Operating Temp: Up to 60°C
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Frequently Asked Questions

How does a Pellet 3D Printer work, and why is it different?
Pellet 3D printers use plastic granules, which are melted and pushed through a heated nozzle to build parts layer by layer. This is the same base material used in injection moulding, making it highly scalable, cost-effective, and material-flexible for industrial use.
Is printing with pellets more economical?
Absolutely. Pellet granules eliminate the added cost of converting raw plastic into filament. Since they’re widely used in manufacturing industries, they’re more affordable, available in bulk, and priced significantly lower.
How is FGF different from traditional 3D printing methods?
FGF printing uses raw plastic pellets for faster material flow, greater part volume, and compatibility with recycled or blended polymers.
Why are manufacturers adopting pellet-based 3D printers?
Pellet systems reduce material cost by up to 90%, deliver faster extrusion rates, and accept a wide range of engineering and recycled materials, ideal for large-format and production-level applications.
Is technical training required to operate GigaForm printers?
Not at all. GigaaForm printers are designed for ease of use, with intuitive controls and a minimal learning curve, even for first-time operators.
What materials are supported by a pellet 3D printer?
Pellet 3D printers support a wide range of thermoplastics and composites, including PLA, ABS, GPPS, HIPS, TPU, TPE, and high-speed PLA.

Ready to Scale Your 3D Printing with Pellet Power?

Talk to our team to find the right GigaaForm solution for your application, whether you’re prototyping, tooling, or producing large-format functional parts.

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