Crimp quality is not controlled at inspection. It is controlled during tooling design and setup.
When engineering access is limited, crimp issues are often treated as downstream quality problems. In reality, they usually originate upstream in tooling geometry, alignment, or material interaction.
Direct access to engineering allows crimp requirements to be discussed before tooling is built. That includes conductor compaction targets, insulation behavior, and validation criteria.
This proactive approach leads to more consistent crimps, fewer adjustments, and better long term performance across production runs.
Crimp quality improves when decisions are made by the people who understand how tooling behaves under load.
For more on why direct access to engineering and toolmaking changes production outcomes, read Why Direct Access to the Toolmaker Matters More Than the Quote.
