Bradley Woods

If your parts crack around fasteners, feel mushy under load, or take hours longer than they should, the culprit is...

Precision in metal 3D printing often hinges on an unglamorous detail, how material is stored, fed, and tracked between...

In additive manufacturing, geometry that adapts beats geometry that is fixed. Parametric design treats parts as...

What does it take to turn metal powder into a flight-ready component? In this case study, we unpack the 3d printing...

Are 3D printing and additive manufacturing the same thing? In casual conversation, often yes. In engineering practice,...

If you already kitbash, cast, and scribe panel lines with confidence, the next performance gain is turning your...

Scale details fail for two reasons: process limits and workflow assumptions. If your rivets smear during tumbling, if...

Aerospace deadlines do not wait, and neither should your prototypes. When a Denver engineering team needed metal-like...

Your printer can look dialed in at 205 C, then produce stringy, matte parts at 200 C and brittle walls at 190 C....

What if your existing FFF printer could produce near fully dense metal parts with no proprietary hardware? Filamet by...