Design for Additive

Metal support costs rise when geometry forces dense support structures, slow removal, or high risk of part damage. This guide shows how to adjust orientation, wall

Resin parts failing under thermal load usually stem from insufficient heat resistance, improper curing, or poor interface design. This guide identifies common symptoms

This guide provides a structured audit checklist for FDM assembly. It covers critical design checks for geometry, tolerances, and material selection. Use it to verify

Additive design will reduce supply chain dependency by enabling local production of critical components. This outlook details five shifts buyers must plan for, including

A strong resin post-processing partner controls cure chemistry, surface finish, dimensional stability, and traceability. Evaluate candidates on equipment capability

A resin DFAM checklist verifies geometry, tolerances, and printability before bureau submission. It covers overhangs, wall thickness, supports, and material selection to

Reducing support material in FDM jigs requires orienting parts to minimize overhangs, using draft angles, and placing supports only where structurally necessary. This

DFAM software is moving beyond basic CAD toward integrated, data-driven workflows. Teams should plan for tighter simulation feedback, automated part validation, and

For chemical pumps, select between SLS and MJF based on the specific fluid. SLS nylon offers a broader catalog of chemically resistant grades but requires

Warping in SLS nylon stems from uneven cooling and poor geometry. Reduce it by using uniform wall thickness, avoiding overhangs, and adding draft angles. These additive

Procurement managers can source metal parts that support design for additive workflows by evaluating service bureaus on tolerance control, material traceability, and

FDM parts require specific geometric adjustments to assemble cleanly. This guide outlines step-by-step design rules for printable design, covering tolerances