Welcome to Design for Additive Manufacturing—DFAM for short—where 3DPrinting Street stops treating printers like “plastic CNC machines” and starts designing the way additive truly wants to be designed. DFAM is the mindset shift that turns frustration into flow: instead of fighting supports, weak layer lines, and awkward orientations, you shape parts that print clean, assemble easily, and perform better because they were born for layers. This page is your launchpad for building smarter geometry: self-supporting angles, strength aligned with layer direction, internal channels that actually clear, snap-fits that flex without cracking, and lightweight structures that don’t rely on brute-force infill. You’ll explore how to design for real printer limits—nozzle width, minimum feature size, overhang behavior, bridging, and tolerances—so your models don’t just look good on screen, they succeed on the build plate. DFAM also unlocks creativity: lattice-like stiffness, organic ribs, part consolidation, custom jigs, and tool-free assemblies. When you design for additive, the printer stops being a bottleneck and becomes your advantage.
Design for Additive Manufacturing
