Engineering Talk - DCS's Blog on Quality and Engineering

Moving from EXCEL to the Digital Twin with Tolerance Analysis

Understanding the Process of Going From EXCEL to a Digital Quality Twin

HOW QUALITY ASSURANCE MAKES YOUR ENGINEERING AND PRODUCTION EVEN MORE EFFICIENT

Author: Armin Schöne, CENIT AG
 

CENIT AG is a long standing partner of DCS. With a dedicated dimensional team led by Armin Schone and Uli Decker, they have delivered powerful solutions and helped manufacturers in Europe save millions of Euros in scrap and waste through design optimization and analysis. 

With experience in many industries, Armin Schone has worked with a variety of customers to develop strategies and implement them for improvements in efficiency, quality, and cost.

This article sample is from the full article written on the CENIT Blog at: http://www.cenit.com/en_EN/newsroom/article/news/tolerance-analysis-from-excel-to-digital-quality-twin-701.html

TOLERANCE ANALYSIS: FROM EXCEL TO DIGITAL QUALITY TWIN

When manufacturing businesses create an end-to-end quality assurance database that covers their entire spectrum from development to production, they sharpen their competitive edge. It’s an investment that improves a company’s ability to develop new products within an optimized cost structure and rapidly bring them to market. This article by Armin Schöne demonstrates how to get started in creating your database.

In this article, I would like to offer you a brief overview of the business benefits you can gain from software-based tolerance analysis, the virtual prototype concept and, building upon these, the digital quality twin.

Before addressing any technical background, let’s take a look at a manufacturing company that has already updated its quality assurance processes and tools.

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Promising Scenarios

In such a company, the development division designs and optimizes components in a virtual environment. When serial manufacturing begins, real measurement data turn this virtual reality environment into a “real virtuality” environment.

When serial manufacturing begins, real measurement data turn this virtual reality environment into a “real virtuality” environment.

Building on this foundation, the company can …:

  • … virtually assure production step sequencing or new manufacturing procedures – instead of having to conduct costly, drawn-out tests using real-world production materials.
  • … reconcile machine settings with the dimensions of components as they arrive at the start of a shift – instead of only dealing with machine settings reactively when problems arise.
  • … rely on software to determine the causes of manufacturing problems – instead of puzzling them out by trial and error.
  • … reuse previously gained knowledge about manufacturing precision levels when creating new product variants and all-new products – instead of having to take the same hurdles over and over again.

Depending on the manufacturing context, this list can be extended in various ways. One fact remains: These scenarios don’t just sound promising – they can already be achieved today. The above-mentioned examples are from real-world production situations, and I have had the opportunity to participate in some of these projects as a CENIT tolerance management expert.

Feasibility is not the issue. The required technologies are readily available, as are tried and proven approaches to implementation.

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Digital Thread from development to production - Courtesy CENIT AG

 

Everyone must understand the objective

So how do you go about implementing a similar solution in your own enterprise? In my experience, a core challenge is maintaining a positive attitude to how you establish new processes. As with other Industry 4.0 concepts, an end-to-end quality assurance system will change workflows and accountability structures within company divisions. This can only be made to work if everyone involved pulls in the same direction.

When responsibilities change, the management's overall perspective is required.

That’s why I’d like to start the next section the same way as I begin any project with a client: By emphasizing that management must fully support and guide such a plan.

When responsibilities change, the management's overall perspective is required. And before the path to the goal can be mapped, everyone must understand the objective. Those who call for change must also be able to authorize and fund all associated measures.

Read the full article at --

http://www.cenit.com/en_EN/newsroom/article/news/tolerance-analysis-from-excel-to-digital-quality-twin-701.html

Excel to Digital Twin -- CENIT
Topics: CATIA 3DCS Tolerance Analysis CATIA V6 QDM Siemens NX 3DCS Creo