Pellet 3D Printers
Choosing the right Pellet 3D Printer is the single most effective way to bridge the gap between slow prototyping and real industrial production. If you have hit the ceiling with traditional filament printing—whether it’s costing too much, taking too long, or falling apart under stress—it is time to upgrade to Fused Granulate Fabrication (FGF).
At Matrix Technology, we don’t just print; we manufacture. Our FGF series solves the “filament tax” by using raw granules, the same material used in injection molding. The result? You get parts that are stronger, produced exponentially faster, and cost significantly less.
Unlocking True Industrial Production
The Matrix 3D Printer "4S" Advantage
Why are industries switching to direct pellet extrusion? It comes down to four critical factors:
Speed (Throughput): Matrix FGF printers deliver a massive output capacity of up to 10 kg/hour. While filament printers inch along, our machines enable rapid manufacturing 3D printing—filling usable volumes in minutes, not hours.
Strength: We use larger nozzles (up to 10mm) to create wide, thick beads. This reduces the number of layer interfaces—the weakest point of any print. Plus, pellet extrusion keeps fiber-reinforced composites intact for superior mechanical performance.
Scale: Need to print a chair or a car bumper in one piece? Our M16-FGF offers a build volume of 1600 x 1300 x 1250 mm.
Savings: Slash your material bills by 65%–90%. Raw pellets cost roughly $5/kg compared to processed filament at $30+/kg.
Explore Matrix FGF 3D Printers
Best For: Orthopedic clinics, Custom Medical Devices.
Key Stat: Print a custom PP Scoliosis Brace in just 6 hours.
Specs: 510 x 510 x 620 mm volume.
Top Use Cases: Scoliosis braces, cranial remolding helmets, 3D printed casts, and corrective splints.
Note: Professional manufacturing tool only. Always consult a physician for medical diagnosis and treatment.
Best For: Functional Prototyping, Batch Production, Jigs & Fixtures.
Key Stat: Capacity of 10kg for uninterrupted production.
Specs: 800 x 800 x 800 mm volume.
Precision: Full Servo Motor control ensures precise granule feeding, minimizing the oozing.
Best For: Furniture Design, Art/Sculpture, Automotive Tooling, Construction Forms.
Key Stat: High-speed deposition outputting approx. 10 kg/h.
Specs: Massive 1600 x 1300 x 1250 mm build volume.
Capacity: Features a 30kg Hopper for continuous, multi-day printing without manual refills.
Industry Applications
Medical & Healthcare
Focus: Matrix FGF-M5 Traditional manufacturing for a scoliosis brace takes weeks of casting and molding. The Matrix M5 prints a breathable, lightweight PP brace in hours. This speed significantly improves the patient experience and reduces clinic overhead.
Furniture & Design
Focus: Matrix FGF-M16 Designers are embracing “Digital Craftsmanship.” They are printing textured, organic shapes like chairs and tables using recycled plastics. The “corduroy” look of the thick layers has become a sought-after aesthetic feature, proving that industrial tools can create art.
Automotive & Tooling
Focus: Matrix FGF-M8 Automotive engineers use the M8 to print full-scale bumper mockups and assembly jigs. The ability to print molds for carbon fiber layups directly saves thousands of dollars in tooling costs.
Why Choose Pellet (FGF) Over Filament (FDM)?
Drastic Cost Reduction
To understand the savings, you have to look at the supply chain. Filament doesn’t just appear; it is manufactured. A factory buys raw pellets, melts them down, pulls them into a wire, cools them, spools them, and packages them. Every step adds cost.
With Matrix FGF, you skip that entire manufacturing step. You buy the raw material—standard injection molding pellets—directly from the source. Instead of paying the “filament tax” of $30/kg or more, you access commodity pricing around $5/kg. For high-volume production, this pays for the machine itself.
Unmatched Throughput
Filament printing has a speed limit defined by physics: you can only push a thin solid strand into a hot nozzle so fast before it fails to melt. It relies on conduction, which is slow.
Matrix screw extruders operate differently. They generate shear heat through friction, melting the polymer from the inside out as it moves down the barrel. This allows for the massive flow rates required for large parts. We aren’t just melting plastic; we are plasticizing it continuously, enabling you to print large-scale objects without waiting days for the job to finish.
Material Freedom
Locked-in ecosystems limit your manufacturing potential. Unlike printers that force you to buy expensive, proprietary filament spools, Matrix printers utilize an open-source material platform. You can use the exact same standard industrial pellets used in traditional injection molding.
This opens the door to a massive, cost-effective library of materials:
Standard & Engineering Plastics: You have full freedom to print with reliable, everyday plastics like ABS, PLA, and PETG. Need something tougher for outdoor use? Seamlessly switch to ASA or PC (Polycarbonate).
High-Performance Polymers: If you are manufacturing aerospace or automotive parts, you need extreme heat and chemical resistance. Our high-temp systems easily handle advanced polymers like PEEK and PEI (Ultem).
Superior Composites: Print incredibly strong parts using Carbon Fiber (CF) and Glass Fiber (GF) pellets. Because the plastic isn’t processed into a thin filament first, it retains longer fiber lengths, resulting in stiffer, more durable composite parts.
Recycled Materials: Close the loop on your manufacturing waste. Our FGF system readily accepts regrind, rPET, and recovered ocean plastics, making sustainable, eco-friendly production a reality.
Ceramics: We are even pushing boundaries with experimental support for Ceramic Clay pellets, opening new doors for industrial art and architectural design.
Get In Touch
Our team of experts is ready to provide top-notch 3D printing solutions tailored to your needs.
Location: Block 1, Fu’an Phase 2 Industrial Park, No. 90 Dayang Road, Fuhai Street, Baoan District, Shenzhen, 518103, PR.China
Hours: Mon-Fri 9:00 AM – 10:00 PM
Call/WhatsApp: +86-15989859484 / +44-7856365060
Email: [email protected]
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