
Why Wire Harness First Article Inspection Matters
First article inspection verifies that a new or changed wire harness matches its released drawing, BOM, workmanship criteria, and testing requirements before routine production begins. This guide explains what to inspect, when reapproval is necessary, and how accepted records support repeatable manufacturing.

Why Crimp Tooling Matters in Wire Harness Quality
Crimp tooling directly influences terminal positioning, conductor compression, insulation support, and process repeatability. This guide explains how applicator matching, crimp-height control, pull testing, cross-section analysis, first-article approval, and preventive maintenance help OEMs manage wire harness quality.

Why Cable Bend Radius Matters in Wire Harness Design
Cable bend radius is a critical design parameter in industrial wire harnesses, robotics, servo systems, and moving equipment. This article explains how excessive bending affects conductors, insulation, shielding, connector exits, strain relief, and service life—and how bend radius should be verified during prototype development.

How to Select Wires, Terminals and Connectors for Custom Harness Design
Selecting the right wires, terminals, and connectors is fundamental to custom wire harness performance. A reliable harness design must match electrical, mechanical, environmental, manufacturing, and service requirements across the complete assembly.

Strain Relief Design in Wire Harness Assemblies: Preventing Cable Failure
Strain relief is a critical mechanical element in wire harness design. Proper strain relief reduces stress at connectors, crimps, cable exits, and branch points, helping prevent conductor fatigue, insulation damage, terminal failure, and intermittent electrical problems.

