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CAD Industry Feature

aPriori Lowers Cost of Goods Sold From Within the CAD Model

excerpted from  

Full article is available for a fee

Randall S. Newton, March 24, 2008

Manufacturing firms have an average Cost of Goods Sold (COGS) of between 70% and 90%. Medical device makers (50%) and automobile manufacturers (95%) are at the extremes. The overall industry average for manufacturing profit runs between 5% and 8%. If a manufacturer can save 1% on COGS, the impact on net profit can be a boost of 10% or more.

 

aPriori co-founder Eric Hiller
 

Thinking about costs and profits seemed to be more interesting than design to Eric Hiller, a graduate student in mechanical engineering at the University of Illinois. While he was there, nearby manufacturer John Deere released a product that was 30% over projected cost. Armed with a National Science Foundation grant and the help of a supportive faculty member, Hiller pitched the idea of researching how to use CAD geometry as a proxy for the part to analyze costs. Eight months of work led to a technology that impressed John Deere enough to fund continued development.

Hiller moved on to the Harvard Business School, to continue researching the design issues surrounding COGS. John Deere wanted to continue to use the technology Hiller created while at the U of I, but they “wanted more technical support than two grad students could provide,” Hiller says. He won a business competition based on the idea, attracted venture capital, and launched a company with fellow grad student Sebastian Schrader and U of I faculty member Dr. Michael Philpott. Today aPriori is racking up success stories with Fortune 1000 manufacturers and growing at what it says is a rapid rate; as a private firm with venture capital (Bain Capital, Sigma Capital) it is keeping mum about its numbers.

Bringing the Fourth "F" to Engineering

Hiller loves to talk about some of their first customers. Using aPriori a design engineer at a Fortune 100 Industrial Equipment OEM was able to produce a redesign with 37% less stress than the old design and a much higher resonant frequency. He predicted redesign costs per unit to be $17.75. Months later when the design was in production, the manufacturing engineering team calculated the factory-routed cost at $19.75 per unit -- a number substantially below management’s cost target of $25 per machine.


The aPriori process (Click to enlarge image)
 

With an annual production volume of 6000 units and a four-year production life, the company saved $150,000 as a result of this single redesign. At the same time, the changes resolved a potentially serious customer satisfaction problem that had already incurred thousands of dollars in annual warranty expenses.

 

Read more...

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The full article is available for a fee at CADCAMNet
 

 

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