Statistical tolerancing

Tolerance analysis is today one of the important tasks for construction. It’s not only about ensuring the functionality of the product, but also about the ability of the production to replace a part within the application.

With increasing demands on product quality, the number of tolerated characteristics increases. At the same time, the tolerances for individual components are tightened and made lower. This results in high demands on the compliance of component and sub-system tolerances with the production process and resulting product function. Therefore, tolerance analysis is today one of the important tasks for construction. It’s not only about ensuring the functionality of the product, but also about the ability of the production to replace a part within the application.

Do you need to understand the principles of tolerance analysis?
How can you tell whether product failure has occurred randomly or something needs to be changed?
Do you know that for multidimensional tolerances we no longer follow the known minima and maxima?
Can you deal with millions of possible combinations by your product?

On this colloquium, we will introduce you to the principles of statistical tolerance in product development and construction, and the basics of tolerance analysis. You will be able to check tolerances for interchangeability of parts in the assembly, and you will learn the steps for preparing and calculating dimensional strings.