3D Printer Nozzle Sizes Explained: When to Use 0.2mm, 0.4mm, and 0.6mm for Collectibles
Every layer of every 3D print passes through a single point: the nozzle. This small brass component, typically worth less than a dollar, determines the…
How PLA, PETG, silk filament and resin actually behave in a working print farm: durability, colour, finish, and the trade-offs behind each choice.
Most material advice online is written from a single desktop machine. These articles are written from a production floor in Laval, Quebec, where the same design gets printed in many materials, in many colours, across many machines, and the differences show up as returns and reprints rather than as opinions.
The practical buyer’s questions get their own guides: whether a figurine will survive a sunny windowsill, how a display piece ages, what silk and multi-colour filaments really change about the look of a finished model, and when resin is worth it over FDM for fine detail.
For people running their own printers, the same section carries the process side — bed adhesion, calibration, extruder choice, speed versus quality, and how a cold Canadian workshop changes all of it.
We describe what we can demonstrate from our own production. Where a claim depends on how a piece is displayed and handled, the guides say so instead of rounding it up.
Start with PLA vs PETG, then the best filament for 3D printed figurines and durability and care. For the machines behind it, read Behind the Print Farm.
63 articles
Every layer of every 3D print passes through a single point: the nozzle. This small brass component, typically worth less than a dollar, determines the…
Stringing is one of those 3D printing defects that can turn an otherwise beautiful figurine into a cobwebbed mess. Those thin whiskers of plastic stretching…
Single-color 3D prints have a certain elegance. A monochrome gnome in forest green, a duck in bright yellow, a dragon in metallic black: the uniformity…
Every 3D printing operator faces the same fundamental question with every job: how fast can this print run without compromising the quality the customer expects?…
Every 3D printer operator — from hobbyists running a single machine to production farms managing hundreds — encounters print failures. The difference between frustration and…
Layer adhesion is the single most critical factor determining the structural integrity of every FDM 3D print. Without strong bonds between layers, a figurine that…
Summer is the most challenging season for 3D printing. Rising ambient temperatures and humidity levels conspire to degrade every aspect of print quality, from first-layer…
Filament selection is the first and most consequential decision in any 3D printing project. The material you choose determines surface quality, color vibrancy, structural durability,…
Consistent quality across thousands of prints does not happen by accident. It requires precise, repeatable calibration procedures applied systematically to every machine in your operation.…
Operating a 3D printer means melting thermoplastic material at temperatures between 190 and 260 degrees Celsius, and that process produces airborne particles and volatile organic…