Filament & Materials

PLA/PETG/ABS/TPU, drying/storage, nozzle temps, and bed adhesion strategies.

  • 12 Tracked terms
  • Last 30 days Feed window

What this topic collects on

An article joins this feed when it matches these terms. Each one is also a search of its own.

Latest in Filament & Materials

Medium
medium.com > @joncasreitzel > can-cel-shading-survive-full-color-3d-printing-bac73982f6bd

Can Cel Shading Survive Full Color 3D Printing?

8+ hour, 59+ min ago   (275+ words) Learn how cel shading works in full color 3D printing, including fixed shadows, outlines, lighting, and scale for anime and game character models....

Chicago Tribune
chicagotribune.com > 09/08/2026 > best-3d-printer-filament

Best 3D printer filament

4+ day, 18+ hour ago   (639+ words) 3D printing has come a long way since its early steps in the mid-1980s. Back then, it was an expensive, professional-only technique. Today you can get printers for as little as $200. The filaments used as “ink” have also progressed to the point…...

BIOENGINEER.ORG
bioengineer.org > foaming-photopolymers-enable-high-resolution-biomimetic-3d-printing

Foaming photopolymers enable high-resolution biomimetic 3D printing

2+ day, 5+ hour ago   (459+ words) A team of researchers has unveiled a printing technology that takes its cue from one of nature’s most overlooked design tricks: foam....

Plastics Today
plasticstoday.com > automotive-mobility > sumitomo-chemical-gutenberg-develop-liquid-crystal-polymer-filament

LCP 3D Printing Technology Targets Semiconductor Applications

2+ day, 15+ hour ago   (283+ words) In recent years, growing interest has emerged in materials that enable the handling of complex shapes, weight reduction, and component integration in advanced industrial fields. In parallel with this trend, design and manufacturing utilizing 3D printers are attracting attention. High functionality…...

Hackaday
hackaday.com > 09/07/2026 > comparing-petg-and-pctg-filaments

Comparing PETG And PCTG Filaments

5+ day, 23+ hour ago   (185+ words) Hackaday The average 3D printer owner knows a few types of filaments – PLA, ABS, somewhere in the middle, PETG PCTG is another option that can be confusingly similar to PETG Recently, [Igor Gaspar] of [My Tech Fun] took a poke…...

All3DP
all3dp.com > 6 > snapmaker-launches-pla-full-spectrum-filament-bundle

Snapmaker Launches PLA Full Spectrum Filament Bundle

1+ week, 22+ hour ago   (179+ words) Snapmaker now offers a PLA filament bundle tailormade for Full Spectrum color printing. Available now from the Snapmaker webstore at $89, the PLA Full Spectrum bundle includes four 1 kg spools of semi-translucent PLA, in Cyan, Magenta, Yellow, and Grey colors. The…...

Hackaday
hackaday.com > 09/01/2026 > petg-the-pla-filament-alternative-that-just-works

PETG: The PLA Filament Alternative That Just Works

1+ week, 4+ day ago   (719+ words) A typical response to the previous article on why PLA filament is so darn brittle. This has led some people to not use PLA filament at all, while others promote using PLA only for prototyping and throw-away parts, especially in…...

Hackaday
hackaday.com > 08/29/2026 > compact-pcb-vise-uses-up-that-leftover-filament

Compact PCB Vise Uses Up That Leftover Filament

2+ week, 23+ hour ago   (39+ words) Needing less than 70 grams of filament, [Chefkoch]'s 3D printed PCB vise solder station might be a good way to use up some filament spool leftovers and get yourself a handy tool in return. What we li......

@efymagonline
electronicsforu.com > news > 3d-printing-could-boost-ceramic-waveguides-for-lasers

3D printing could boost ceramic waveguides for lasers

2+ week, 5+ day ago   (20+ words) A new 3D printing method could make ceramic laser waveguides easier to manufacture, potentially enabling higher-power systems while reducing fabrication...

Interesting Engineering
interestingengineering.com > innovation > 3d-printing-gives-laser-waveguides-a-ceramic-upgrade

3D printing creates ceramic laser waveguides for extreme power transfer

3+ week, 13+ hour ago   (637+ words) Researchers turned a nanoparticle paste into working laser channels, then used them to produce 1,030-nanometer laser light. What if the tiny structures that guide laser light could handle far more power than today’s glass fibers? Researchers at Lawrence Livermore National…...