From the Workshop

Nylon (PA) is the go-to choice for functional parts that demand toughness and wear resistance — but understanding its quirks like moisture sensitivity and warping is essential.

Polycarbonate filament is one of the strongest choices for parts that must withstand high temperatures and heavy impacts. We cover PC's advantages and the nuances of printing with it.

Wood-filled filament delivers impressive results for anyone who wants a genuine wood feel on a 3D-printed part. We've gathered the tips on texture, tone, and printing in this post.

Metal-filled filament gives parts extra weight and a convincing metallic look. We clarify what you can realistically expect from this material.

The facts you need to know before printing a mold or cookie cutter for kitchen use: material selection, layer gaps, and sterilization.

If you're printing parts for your garden, balcony, or vehicle, the wrong material will crack within weeks. Here's how to choose the right filament for outdoor use.

The choice of diameter matters — but so does how consistent that diameter is. Tolerance is the hidden factor that quietly determines print quality.

Low-priced filament may look attractive at first glance, but it can affect your print quality and your machine. We explain practical ways to tell quality filament apart.

If you're tired of parts yellowing and cracking under the sun, ASA filament might be exactly what you need. We take a close look at ABS's weather-resistant relative.

If you are tired of damaging surfaces while cleaning support marks, soluble support filaments can fundamentally simplify your workflow. We compare PVA and HIPS.