by Michael.E | Oct 7, 2026 | 3D printing
Why Your 3D Printed Holes Are Always Too Small If you’ve ever designed a part with holes, you’ve likely noticed something frustrating. The holes come out smaller than your CAD model specifies. This isn’t a printer error—it’s physics. Industrial...
by Michael.E | Oct 6, 2026 | 3D printing
Why Embedded Magnets Matter for Industrial Parts Adding magnets in 3D prints creates functional assemblies without fasteners. This technique enables quick-release panels, snap-fit enclosures, and modular tooling systems. For engineers designing production parts,...
by Michael.E | Oct 2, 2026 | 3D printing
Why Custom Lids Make Sense for 3D Printing Finding replacement lids for containers is frustrating. Original parts go out of production. Mold tooling costs thousands. 3D printed custom lids solve this problem fast. Industrial 3D printing company Slant 3D recently...
by Michael.E | Oct 1, 2026 | 3D printing
Why Hull Lines Challenge Traditional Manufacturing Marine components demand exceptional precision. Hull lines must flow smoothly to minimize drag and maximize performance. Traditional manufacturing often struggles with these complex curves. 3D printed hull lines offer...
by Michael.E | Sep 30, 2026 | 3D printing
Why Precision Tolerances Matter for Custom Parts Snap-fit assemblies demand tight dimensional control. When parts must interlock reliably, every tenth of a millimeter counts. Industrial 3D printing now achieves the precision tolerances needed for demanding mechanical...
