Knowledge Base

A DFM checklist for 3D printed and CNC machined parts to help engineering teams review geometry, tolerances, material suitability, post-processing impact, cost and lead-time risks, and other key considerations before manufacturing.

Discover why complex 3D designs incur extra fees. Learn about the impact of geometry, thin walls, and nesting on labor, print risks, and machine time.

Learn DFM for 3D printing: definition, DFM vs DfAM, key design principles, process insights, and a final checklist.

Discover unilateral tolerance: definition, examples, GD&T, Cpk, and conversion methods for reliable design and manufacturing quality.

This article compares chamfer with bevel, explaining their distinctions and optimal usage in various industries.

To enhance the technical depth of your article and provide readers with actionable insights, I've integrated a comprehensive table summarizing the causes and solutions for 3D print stringing. Additionally, I've incorporated relevant Unionfab resources to offer further assistance.

This guide explores Additive Manufacturing and Design for Additive Manufacturing (DfAM) from overcoming their challenges to unlocking design freedom.

Guidelines and best practices to optimize orientation and supports for 3D model files, especially for intricate geometries.