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 Why are OEM Profits at Risk?
Product Development Cost & Timing
Piece Price
Tool Cost
Tool Financing
High Mix/Low Volume Variants
Increased Capital Investment
for this same model required 12 molds and more than four times the operations, and with more attach- ment points, most of those more complex.
a high product mix will result in 80 percent of models produced in annual volumes below 100,000 units by 2018.
• Growing complexity and the demand for new and innovative tech- nology, coupled with automaker price pressures, are putting the squeeze on Tier One supplier profitability.
The study, primarily focusing on how the tool and die industry will be impacted, also points to other stres- sors across automotive.
“Regulatory issues, customer demand, advanced technology and economic factors are putting automaker profits at risk,” reads a summary from Harbour. “Factors eating away at profitability include increased complexity, high- mix low-volume variants, increased capital investment, increased tooling costs, product development cost and timing, high launch costs and warran- ty costs.”
Tooling Suppliers Face Particular Stresses
Specific to tooling suppliers, OESA and HRI point out that the Detroit Three automakers have less than 45 percent of the North American market share, down from 87 percent in 1962. That’s a telling stat, as North American tool suppliers largely supply the Detroit OEMs, while other OEMs receive their tooling chiefly from overseas. That is seen as shifting to North America, but slowly. With more models coming out, and more of these models in smaller volumes, current production and sup- ply models will be stressed, claim the report authors. And through all of this, the product itself is becoming more complex. For example, a particular molded front fender produced in 2005 required seven molds and fewer attach- ment points, with most of those of the lower-detail variety. In 2015, the fender
Materials required to produce new models also continue their rise in complexity, as use of medi- um- and higher-strength steel has increased 24 percent in the past four years while aluminum usage has increased 17 percent. The trend should continue into 2022 as automakers attempt to satisfy government fuel-
efficiency standards.
If that weren’t enough, shorter prod-
uct lifecycles continue to trend, and are expected to drop further over the next five years. These shorter lifecy- cles translate to less time to amortize tooling and other capital. One way Tier suppliers can recover those costs is through higher piece prices, but that’s easier said than done. So it’s no surprise that all of these complexities have cut into profits of automotive suppliers.
For the tool and die industry, the factors listed above are compounded by challenges such as increased tool com- plexity, shorter lead times, lack of skilled labor, tooling jobs on hold, cap- ital equipment needs and cash-flow management.
To manage their increasing tooling expenditures, OEMs will use a variety of cost-cutting tactics, according to Lau- rie Harbour, HRI president and CEO, including intense pricing pressure on tiers and tooling suppliers. OEMs also may opt to cut future programs, source tools overseas, communize platforms and components to harmonize tool- ing, use alternative tooling materials, and create a low-volume supply base.
As we can see, the challenges for automotive suppliers are formidable, and they are many. With investment continuing in order to capture strong automotive demand, the next few years will be interesting to say the least, and will require that the entire North Amer- ican automotive supply chain stay on its game. MF
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Launch Cost
Warrenty Cost
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