Manufacturing Businesses are Battling China on Price

Battling China on Price Businesses say Chinese-made items are pricier than Mexican if you consider costs associated with quality, logistics, and engineering changes

Like many U.S. purchasing managers, Fred Heegan found himself under pressure over the “China price.” Heegan is vice-president for global parts sourcing for the North American manufacturing operations of Takata, the Japanese maker of automobile air bag, seat belt, and steering-wheel assemblies. Over the past couple of years, U.S. customers often pressed him to cut costs by pointing to a lower-priced part from China.

But Heegan pushed back. He would patiently counter with PowerPoint presentations showing that many Chinese-made items aren’t such bargains when one considers the costs associated with quality, logistics, and engineering changes. That’s why he argued to have most parts made near Takata’s factories in the U.S. and Mexico. “There are significant hidden costs to having supply lines that extend to China,” he says.

Heegan now looks like a visionary. Rather than only considering factors like labor and shipping rates and raw material prices, companies are increasingly calculating the “total cost of ownership,” tallying all of the direct and intangible costs and benefits linked to buying something in one place compared to another. Under this light, the China Price, which always seemed to be at least 40% below U.S. costs for everything from electronics products and bedroom furniture to high-end telecommunications gear, has not been as low as it seemed.

Dramatic Shift
Over the past three years, in fact, the once-formidable China Price edge has all but disappeared for a number of manufactured goods, according to a new study by Southfield (Mich.) consulting firm AlixPartners, To illustrate its point, Alix assessed the total cost of ownership of five categories of machined products, such as large, cast-aluminum engine parts requiring significant labor and small mass-produced plastic components requiring little labor.

Alix found there has been a dramatic cost shift since 2005. Then, the “total landed cost,” meaning price after an item had arrived at a West Coast shipping port, was 22% cheaper on average for Chinese parts than those American-made in the sample AlixPartners studied. By yearend 2008, however, the average price gap with the U.S. had dropped to a mere 5.5%, which is often not large enough to be worth the hassle of sourcing something from halfway around the world.

The more surprising reversal is the comparison with Mexico. While China was around 5% cheaper on average than Mexico in 2005, China is now 20% more expensive. Compared with the U.S., the Mexico Price edge widened to 25% from 16%. “A couple of years ago, outsourcing to China was a no-brainer” says AlixPartners Managing Director Stephen Maurer. “Right now, Mexico looks super attractive.”

To illustrate the change, Maurer cites a machined aluminum engine part, for which labor typically accounts for about 30% to 35% of the manufacturing cost. It would have cost $25 in 2005 to make that part in the U.S. The same part would have been made in China for $17. Today, he says, the U.S. price will have risen to $29. But the Chinese-made part will be $25. The Mexico Price? Around $20.

Currency Shifts
The biggest factors behind that sharp shift are currency and labor. The Mexican peso has lost nearly 20% against the U.S. since late 2005, while the Chinese yuan has appreciated by around 11%. On top of this, Chinese wages have steadily risen some 7% to 8% a year. Mexican wages also rose in peso terms, but measured in U.S. dollars Mexican labor rates plummeted.

Of course, some cost trends have shifted back in China’s favor since the onset of the global recession. Ocean shipping rates skyrocketed early last year as oil prices soared to $140 a barrel, but they have since crashed. But because AlixPartners’ calculations account for that because they are based on data at the end of 2008, by which time oil prices had already dropped. China’s price edge could improve some more this year, but only by around one or two percentage points, Maurer says: “not enough to change your decision.”

China isn’t losing its export edge in every industry, of course. For example, the mainland still dominates the global garment, shoe, and toy industries, where abundant cheap labor is the biggest factor.

China also is still the king of consumer-electronics and personal-computer manufacturing. “What makes this industry sticky is that the entire supply chain is now in Asia,” says Michael Andrade, North America manager for Celestica, a giant Toronto electronics contract manufacturer. Transplanting that ecosystem to Mexico would take years. However, Andrade says production of higher-end electronics such as telecom switches and computer servers is returning to the Americas in order to be closer to U.S. customers.

Taxes and Shipping Time
Beijing policies have played a part in changing some sourcing patterns. One reason products involving metal-casting and chemical processes are pricier in China is that the government has stopped exempting exports from value-added taxes as part of a strategy to shift Chinese industry away from polluting factories. That decision added around 16% to the cost of work performed in China.

The 45-day average shipping time from China to the U.S. also has become a bigger issue because it adds to the inventory costs of suppliers and American importers. Inventory costs have become an even bigger issue during the recession, when it became more difficult for manufacturers to predict U.S. demand, forcing them to stash unsold products in warehouses for longer times.

The long lead times needed by Chinese factories can result in other unanticipated expenses. If a factory runs behind schedule on a badly needed component, for example, bulky items must be shipped by air at huge cost rather than by boat. Once they land in the U.S., the importer must pay premium trucking rates. “People were chasing nickels at the expense of huge supply-chain costs,” Maurer says.

That’s a major reason Heegan would rather buy parts close to where final assembly is done. He cites the example of automotive wire harnesses, insulated bundles of electrical conductors that can cost as little as $1 and are churned out by the millions. Heegan says he might be able to buy a harness from China for 15% less than would it would cost in Mexico.

Sluggish Design Changes
Trouble is, changes in wire-harness designs are required frequently. If a design change is required after a big batch of Chinese-made harnesses already was loaded on a boat from Shanghai, “that means four or five weeks of shipping and inventory costs are wasted on obsolete parts,” Heegan says. “That could eat up whatever we saved.”

Changing designs also can be complicated. “If I need answers from China, I have to go through time changes and go through an interpreter. I might solve the problem or I might not,” Heegan says. “If our suppliers are in in Mexico, they can be in our plant in hours.”

Some of the same considerations are starting to drive production shifts in electronics. Mexico lost a huge portion of its electronics industry to China after Beijing entered the World Trade Organization in 2001. Consumer electronics aren’t coming back. Nor is Mexico gaining in high-volume components such as computer circuit boards. But more production of higher-end equipment is starting to return.

Manufacturing cost is not the big driver, says Celestica’s Andrade. Instead, “what is drawing work back to the Americas is that customers are gaining a more sophisticated understanding that electronics are mission-critical to their environment,” says Celestica’s Andrade. “And there are risks to having an extended global supply chain.”

Holding Off on Major Moves
Despite the evolving economics, don’t expect a rapid migration of manufacturing out of China. The mainland is a vital market itself. And because of the recession, consultants say, most U.S. manufacturers are holding off on any major moves right now. Whatever they can save by returning to Mexico may not be worth the cost and effort of relocating an established, modern, and efficient plant with experienced managers and well-trained workers. Besides, says Maurer, “you don’t want to shift everything to Mexico—and then see the yuan drops like a stone and that China is cheap again.”

But observers like Maurer do believe they are witnessing the start of a structural shift in corporate strategic thinking that could determine where they put future production facilities. “There was a herd mentality, with many companies going to China for only a marginal benefit,” Maurer says. “A lot of work that went from Mexico to China probably shouldn’t have.” That stampede is apparently over.

Kinetic Die Casting is a Los Angeles die casting company that manufactures aluminum and zinc parts. If you would like more information, please visit our website:Kinetic Die Casting Company

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Checker Motors’ debt to Walker Tool & Die has been paid by GM

Checker Motors’ debt to Walker Tool & Die has been paid by GM
by Julia Bauer | The Grand Rapids Press

WALKER — When Walker Tool & Die Inc. found its name at the top of the creditors list for bankrupt Checker Motors Corp., onlookers wondered if the supplier would ever see the $1.5 million it was owed.

But last week, the money came from another bankrupt company: General Motors Corp.

“GM wanted to move the tools out of Checker to use for other parts,” Bob Borgeld, Walker Tool’s general manager, said Monday. “The tools are going to Canada. Before they could ship the tools across the border, they had to pay us for them.”

A double whammy of plummeting auto sales and a tough economy led to Checker’s demise, ending its plan to reorganize and survive bankruptcy. Instead, two Canadian auto suppliers, Narmco Group LLC and Van-Rob Inc., paid $1.6 million to make the parts once built at Checker’s Kalamazoo base. Checker had been in business since 1922 and made its taxis until 1984. Since then, most of its business was parts production for GM and other automakers.

Tooling was transferred to Canada to make the new Buick Lacrosse.

Borgeld said Walker Tool, based at 2411 Walker Ave. NW, had liens on the tools so it expected to eventually get paid, despite Checker’s bankruptcy. But the delay dented the toolmaker’s income.

“It hurt our cash flow for a while,” Borgeld said. “Now, it helps an awful lot.

“You’ve got to really stay on top of it,” the diemaker warned. “I was making phone calls daily for the last four months, just to stay on top of what’s happening.

“It is a bit of a challenge.”

Kinetic Die Casting manufactures products like aluminum hardware, and aluminum boxes. If you would like more information on Kinetic Die Casting, please visit our website:Kinetic Die Casting Company

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Chrysler Financial pays off $1.5B in TARP loans

Chrysler Financial pays off $1.5B in TARP loans
by The Associated Press

FARMINGTON HILLS, Mich. — Chrysler Financial, the former financing arm of automaker Chrysler LLC, said Tuesday that it has repaid in full its $1.5 billion in government loans.

The funds used to repay the TARP loans were obtained through the completion of an automotive asset-backed securitization. Chrysler Financial said its original TARP loan contained provisions that increased its costs over time, motivating the company to pay off the loan quickly.

Amid tight credit markets, Farmington Hills, Mich.-based Chrysler Financial secured the Troubled Asset Relief Program, or TARP, funding in January so it would be able to offer more loans to more consumers.

The hope was that by doing so, the increased loan availability would spur more vehicle sales at Chrysler and help keep the Auburn Hills, Mich.-based automaker out of bankruptcy protection.

Chrysler Financial said it used the TARP money to fund more than 85,000 consumer loans for purchases of Chrysler vehicles.

Chrysler Financial served as Chrysler LLC’s preferred lender until the automaker filed for Chapter 11 earlier this year and it was replaced by GMAC Financial Services as part of the government-backed restructuring of the automaker.

As Chrysler’s preferred lender, GMAC is allowed to provide showroom financing to Chrysler dealers and has the right to exclusively offer certain discounted financing rates to Chrysler customers.

Chrysler Financial continues to offer dealership insurance and financial products to consumers. It has a loan portfolio of $45 billion.

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Mag Die Casting Companies

Die Casting Companies produce several parts from magnesium. The demand driven by magnesium’s lower weight than other materials, fuels the demand for magnesium automobile parts. The second most common application for die casting magnesium is electronic devices. Due to low weight, good mechanical and electrical properties, magnesium is widely used for manufacturing of mobile phones, laptop computers, cameras, and other electronic components using magnesium die casting.

Historically, magnesium was one of the main aerospace construction metals and was used for German military aircraft as early as World War I and extensively for German aircraft in World War II. The Germans coined the name ‘Elektron’ for magnesium alloy which is still used today. Due to perceived hazards with magnesium parts in the event of fire, the application of magnesium in the commercial aerospace industry was generally restricted to engine related components. Currently the use of magnesium alloys in aerospace is increasing, mostly driven by the increasing importance of fuel economy and the need to reduce weight. The development and testing of new magnesium alloys continues, notably Elektron 21 which has successfully undergone extensive aerospace testing for suitability in engine, internal and airframe components. The European Community runs three R&D magnesium projects in the Aerospace priority of Six Framework Program. Only recently has magnesium been used in magnesium die castings by die casting companies.

Incendiary use: Magnesium is flammable, burning at a temperature of approximately 2500 K (2200 °C, 4000 °F), and the autoignition temperature of magnesium is approximately 744 K (473 °C, 883 °F) in air. The extremely high temperature at which magnesium burns makes it a handy tool for starting emergency fires during outdoor recreation. Other related uses include flashlight photography, flares, pyrotechnics, fireworks sparklers, and incendiary bombs.

Magnesium die casting metal and its alloys are explosive hazards; they are highly flammable in their pure form when molten or in powder or in ribbon form. Burning or molten magnesium metal reacts violently with water. When working with powdered magnesium, safety glasses with welding eye protection are employed, because the bright white light produced by burning magnesium contains ultraviolet light that can permanently damage the retinas of the eyes.

Kinetic Die Casting manufactures die casting metal parts creating products like roofing tile molds, lighting parts, and military parts. If you would like more information about Kinetic Die Casting, visit our website:Kinetic Die Casting Company

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GM’s Volt electric vehicle plans a go regardless of bankruptcy

GM’s Volt electric vehicle plans a go regardless of bankruptcy
by Eric English | The Saginaw News

No matter what happens with General Motors Corp.’s bankruptcy filed in New York today, a company official says the Volt electric vehicle project is still moving in high gear.

And that could be good news for GM factories and suppliers operating in the Great Lakes Bay Region and Flint.

GM plans to build the 4-cylinder gas engine for the Volt at a GM factory in Flint. It also has hinted that it plans to use Bay City’s GM Powertrain factory to produce parts for the project.
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While bankruptcy could drastically change the auto giant, the Volt remains a top priority, said Dave Darovitz, a GM spokesman in Detroit for the project.

“Absolutely, the Volt is still on track to start production in late 2010,” Darovitz said. “There is no slippage in time as it relates to what’s going on with our company. It’s still the No. 1 product at GM.”

GM estimates that the Volt engine would preserve 300 jobs in Flint. The company won state tax credits valued at $132.5 million over 15 years for a plan to make Volts using five GM facilities in Michigan: Flint, Bay City, Pontiac, Detroit and Warren.

GM has not announced any anticipated Volt-related production work for its Saginaw Metal Casting Operations, which makes aluminum engine blocks and heads.

And to date, the corporation has only announced specific plans for using Flint as an engine source for the Volt.

GM also expects to manufacture the batteries that power the car in Michigan, Darovitz said. An announcement is pending, he said. Darovitz said he could not address when GM may announce work for other plants, referring questions to GM spokeswoman Sharon Basel at GM Powertrain in Warren.

“We have not made any announcements beyond Flint,” Basel said today. “The project is on time. There’s no change to that.”

Bay City Mayor Charles Brunner is one person waiting with high hopes for Volt work coming to the region.

“I’m still hopeful they are going to get that work,” he said.

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