Dimensional Engineering Training Webinar Series – Part 4

Tolerance Variation Analysis for Electronic Components | December 09, 2020

Tolerance analysis is the name given to a number of processes used to determine the overall variation and effect of variation on products stemming from imperfections in manufactured parts.

As part of the tolerance analysis process, both original sources of the variation are determined, as well as a stack-up, that is, the combined variation of all parts in a given assembly. 

By analyzing the effects of dimensional part and process variation (tolerance analysis), manufacturers can better understand the source of dimensional variability within their design, rooting out potential issues before they become problems, reducing scrap rates, assembly fit issues and meeting customer expectations for dimensional quality. 

So tolerance analysis in electronic industries helps tremendously in achieving dimensional engineering

and functional goal as well controlling their perceived quality.

Key Takeaway

• Understanding the importance of tolerance variation analysis.

• How 3DCS helps electronic industries in controlling product fitment and perceived quality.

• How variation analysis helps in achieving dimensional engineering and functional goal.