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Knowing when to level bed 3D printer setups correctly is the difference between a perfect print and a pile of plastic spaghetti.
You do not need to level your 3D printer bed on a set calendar schedule (e.g., “every week”). Instead, leveling frequency is dictated by mechanical drift and...
Large Format Additive Manufacturing is rapidly transforming from a niche prototyping method into the backbone of industrial production. Imagine trying to build a house using a handheld hot glue gun; that is essentially what manufacturers are doing when they try to print massive parts using standard filament...
Fused Granulate Fabrication (FGF) bridges the gap between design freedom and cost efficiency, offering a 60% to 90% reduction in feedstock costs by utilizing standard industrial “nurdles” rather than expensive filaments.
This economic shift unlocks Large Format Additive Manufacturing (LFAM)...
3D print warping is a deterministic result of non-uniform thermal contraction, occurring when your extruded plastic cools, shrinks, and pulls the corners of your model off the build plate.
It’s the most common “print killer” out there. But it isn’t random bad luck. To eliminate warping,...
Fused Granulate Fabrication (FGF) is an industrial additive manufacturing process that melts and extrudes standard plastic pellets—the same feedstock used in injection molding—to build large-scale parts at a fraction of the cost and time required by traditional filament-based 3D printing. By bypassing...
Generally, no—but with critical exceptions. In standard room temperatures (20°C–25°C), a sealed enclosure is detrimental to PLA. Because PLA has a low Glass Transition Temperature (~60°C), a warm enclosure prevents the filament from cooling rapidly enough, leading to Heat Creep (extruder jams), sagging...
The pellet vs. filament 3D printing cost dynamic reveals a hard truth about industrial manufacturing: the bottleneck isn’t the print speed, it’s the price of the wire.
For years, companies have paid a “Form Factor Premium.” When you buy a spool of filament, about 80% of the...
3D printing wax for casting typically refers to two distinct processes: printing with castable photopolymer resins (SLA/DLP) that mimic wax, or using wax-based thermoplastic filaments (FDM). While industrial “true wax” printing (Material Jetting) exists, it is cost-prohibitive for most.
For...
TPU 3D printing uses thermoplastic polyurethane to make flexible, rubber-like parts such as phone cases, seals, gaskets, grips, insoles, dampers, and protective covers. TPU is popular because it combines flexibility, abrasion resistance, and durability. But TPU does not print like PLA. To get good results,...
3D printed shoes have officially graduated from rigid aesthetic prototypes to functional, daily-driver footwear capable of lasting years.
Functional 3D printed footwear is durable, waterproof, and fully machine washable. By utilizing Gyroid lattice infills and flexible TPU elastomers, makers can replicate...
