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Extrudinaire didn’t start with a business plan, investors, or a big vision for industrial manufacturing. It started with curiosity. Fresh out of high school and new to university, I was shown the 3D printing workshop on campus. Like a lot of engineering students, I was instantly hooked. Watching digital ideas turn into physical objects felt like magic - and I knew almost immediately that I needed a printer of my own. So, with my limited savings, I bought a FlashForge Creator

This is a brief article outlining the cost savings of 3D printing with Pellets instead of Filament

There’s a moment most people running serious 3D printers know all too well. The print is going well. The first layers are perfect. The machine is stable. Then you check the spool. It’s five minutes from knock-off time. You’ve packed up, ready to head out. Before you leave, you do one last check on the prints you’ve left running overnight only to realise there’s not enough filament on the spools to make it through the night. Around you are piles of half-used spools. Maybe 100

Pellet extrusion is one of the most significant shifts in industrial 3D printing over the last decade. While filament extrusion dominates desktop machines, pellet-based systems are redefining what’s possible at large scale - from metre-sized parts to production-grade tooling and functional components. This article explains what pellet extrusion is, how it works, and why it’s becoming essential for large-format additive manufacturing . What Is Pellet Extrusion? Pellet extrusio

Large-format 3D printing (LFAM) is often seen as impressive - but expensive. Metre-scale parts, massive machines, and industrial materials can make decision-makers ask a fair question: Is large-format 3D printing actually worth the investment? The short answer: sometimes . The long answer depends on how you use it, what you print, and what it replaces . This article breaks down costs, return on investment (ROI), and real-world value —without hype. The True Cost of Large-Forma

Large-format pellet 3D printing unlocks part sizes, speeds, and material costs that filament-based systems simply can’t match. But as print size increases, material choice becomes far more critical . Thermal behaviour, shrinkage, moisture sensitivity, and mechanical performance all scale with part size. This article breaks down the most common materials used in large-format pellet extrusion —PLA, PETG, ABS, PA (Nylon), and PC - covering when to use each, what to watch out for