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Trade Wars
China’s Economy Unexpectedly Weakens as Iran War Fallout Mounts
China’s economic momentum slowed broadly in April, underscoring persistent areas of weakness in the world’s second-largest economy as risks from the Iran war mount. The marked slowdown, which was tempered by continued strength in China’s export sector, underscores the challenges facing leader Xi Jinping at home, even as he dazzled President Trump and projected strength during a high-profile summit in Beijing last week. As China’s export machine continues to hum this year, the country’s economic growth has become increasingly lopsided, creating a global trade imbalance that has fomented geopolitical tensions.
The war in Iran, meanwhile, threatens to depress the global economy and curb demand around the world, leaving China’s economy vulnerable. Industrial output also saw its momentum slow, with an increase of 4.1% in April from a year prior compared with a 5.7% growth rate for March. Fixed-asset investment fell 1.6% year-over-year in the first four months of the year. Higher commodity prices triggered by the war in Iran could further erode profit margins for China’s manufacturers, clouding the outlook for investment. Already, China’s factory-gate inflation rose to a 45-month high in April.
Read more at WSJ
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Read more at Manufacturing Dive
Stellantis Aiming for AI-Driven Manufacturing
Stellantis has established plans to work with Accenture to implement NVIDIA technologies for digital twinning at its manufacturing operations worldwide, to optimize production activities and reduce downtime. Starting with undisclosed pilot deployments in North America this year, real-time data and predictive analytics are expected to improve scheduling, production efficiency, and quality control. The project is expected to help to assess value creation and scalability across the global industrial network.
Together, the companies aim to explore how AI-integrated digital twins can enable closed-loop optimization, where virtual and physical manufacturing systems continuously inform and improve each other. This is supported by agentic orchestration for dynamic throughput optimization, as well as physics-informed quality and maintenance. “By combining digital twins, AI and advanced simulation, we are rethinking how we design, operate and continuously improve our production systems,” stated Francesco Ciancia, Stellantis’ head of manufacturing. “This initiative is designed to work hand in hand with our teams, enhancing their ability to anticipate issues, enabling faster decisions and continuous improvement.
Read more at American Machinist
Intel Encourages PC Makers to Adopt Advanced 18A Chip Technology Amid CPU Shortages
Intel Corp is urging PC manufacturers to adopt its latest 18A chip technology as the shortage of older CPUs intensifies. The company emphasizes the importance of transitioning to its advanced semiconductor solutions to mitigate supply chain challenges. This push comes as the demand for high-performance computing continues to rise, making it crucial for manufacturers to utilize cutting-edge technology to stay competitive in the market.
The move highlights the company's proactive approach to addressing the ongoing semiconductor shortage that has significantly impacted the technology industry. As demand for high-performance computing surges, Intel is positioning itself as a leader in providing advanced semiconductor solutions that can help manufacturers overcome supply chain challenges. The company is actively seeking to reinvigorate its chip manufacturing business, Intel Foundry, while developing leading-edge products in its Intel Products business segment. This dual focus on innovation and manufacturing capabilities is crucial for Intel as it navigates through the current semiconductor landscape.
Read more at GuruFocus
Toyota Eyes $2B Plant Expansion In San Antonio
Toyota Motor Corp. submitted an application on Friday to expand its San Antonio manufacturing campus by building a new $2 billion facility, according to the Texas Comptroller of Public Accounts. The pending plans, dubbed Project Orca, would implement a new complete vehicle assembly line and create 2,000 jobs with an average salary of more than $88,000 per year. If approved, construction would begin in 2026 and continue over four years, initially costing Toyota $682.5 million. The facility would open in 2028, starting with 320 employees, and would become operational in 2030.
The proposed project comes two years after Toyota began building its $531 million expansion at the San Antonio campus. The construction of the 500,000-square-foot facility, called Project Iceberg, is dedicated to rear-axle assembly and drivetrain components and is unrelated to Project Orca, Toyota said on the application. The proposed San Antonio facility adds to Toyota’s growing list of U.S. investments. In March, the automaker said it’s spending $1 billion on its Kentucky and Indiana facilities to boost capacity and production of its electric vehicle Camry, Rav4 hybrid and Grand Highlander SUV models.
Read more at Wards Auto
Deere Faces Latest Right-To-Repair Lawsuit; This Time About Construction
After reaching a right-to-repair settlement with farmers on a separate case last month, Deere & Co. is facing a new class-action lawsuit that alleges it also unfairly restricted repairs for its lawn, turf and construction equipment. The case was brought by Christy Webber & Co., a landscaping operation in Chicago that services city landmarks like Soldier Field, Millennium Park and Navy Pier. The plaintiff alleged that Deere’s business practices have inflated repair costs and increased wait times since May 2022. The lawsuit, filed Thursday in the Northern District Court of Illinois, Eastern Division, mirrors other right-to-repair litigation against Deere. An Illinois federal judge in the Western Division preliminarily approved a $99 million settlement between the company and a group of farmers and repair shop owners this week.
Deere has faced legal scrutiny for its repair tool restrictions that require farmers to use its dealer network for tractor repairs, allegedly resulting in higher costs and equipment delays that affect planting and harvesting schedules. Deere has repeatedly denied these allegations and taken steps to make its electronic repair tools more available to the public. In July, the company launched Operations Center Pro Service, which offers a suite of self-repair tools for agriculture, turf, construction and forestry equipment. It is designed to replace the tools under legal scrutiny and is available for an annual fee of $195 per machine for customers.
Read more at Manufacturing Dive
Production Demand Raises Financial Stress On Aerospace, Defense Suppliers: Report
Aerospace and defense suppliers are facing increased financial stress driven by growing demand for weapons systems and critical defense capabilities as Middle East disruptions from the Iran War continue, according to a white paper by financial health data and analytics firm RapidRatings. The U.S. military’s rapid scaling has placed increased pressure on domestic suppliers as they work to maintain operational readiness with the resources, materials and finances required to meet the demand. At the same time, the Strait of Hormuz blockage has contributed to rising costs and created a volatile energy market.
The firm looked at a supplier’s efficiencies, such as cost structure, working capital upstream and downstream and tallied up the score on a 100-point scale. The company took that score and modified it for other factors such as leverage, liquidity, earnings and performance to create a one-year, forward-looking measure of default probability, which is also on a 100-point scale.
Read more at Manufacturing Dive
This Arkansas Town Is Humming With the Sound of Missile Making
When the Pentagon put out an urgent call for rocket launchers and ammunition to send to Ukraine and replenish supplies at home in 2022, an answer came from an unlikely place: this remote southern pine-belt town, population around 10,000. Lockheed Martin, one of the defense contractors clustered in the east part of Camden and already one of the town’s biggest employers, was reeling in government orders to produce more mobile rocket launchers. Other big defense contractors in the area also soon landed contracts to produce ammunition and expand their rocket facilities in Camden. Local defense companies found themselves sometimes poaching talent from each other, and realized they were ultimately hurting themselves. They were often all part of a single production supply chain.
Lockheed’s immediate strategy: expand the pool of potential workers. It began inviting local high-school seniors and their parents to its Camden facility for tours. The contractor also started working with Southern Arkansas University Tech, a two-year community college in Camden, to ramp up apprenticeships, so it could more readily hire people who had never worked at a factory. In return, state officials stepped up workforce-development grants and began funneling millions of dollars to SAU Tech. The efforts largely worked, and have helped turn the area into an engine for America’s war machine. As of last year, Ouachita County, where Camden sits, and neighboring Calhoun County employed 3,140 people in their aerospace and defense industries, up about 54% from 2020, according to the Arkansas Department of Commerce.
Read More at The WSJ
Lockheed Draws $991M for F-35 Updates
The U.S. Navy awarded $991.1 million to Lockheed Martin Corp. for a total of 432 electronic warfare modification kits for F-35 jets for the U.S. Air Force and U.S. Navy, and various allied operators of the Joint Strike Fighter aircraft. The F-35 is a single-engine jet with stealth technology and capabilities for air-to-air, air-to-ground, electronic warfare, and reconnaissance missions. Its three variants are in service for the U.S. Air Force, U.S. Marine Corps, and U.S. Navy, and for the defense forces of 20 other nations. More than 1,300 F-35s have been built by Lockheed, with hundreds of program suppliers.
The new electronic warfare package is the result of a collaborative effort involving several major defense firms under Lockheed’s oversight, including BAE Systems, Northrop Grumman, and L3Harris. The kits are part of the modernization process involved in the Technology Refresh-3 effort for existing F-35 jets, to prepare them for entire fleet’s transition to the Block IV technology.
Read more at American Machinist
Solving the Data Center Energy Challenge
With more than 3,000 data centers in operation and more than 1,500 Data Centers in development across the nation, objections to projects is rising dramatically. A dozen states have filed or implemented moratoriums on data center construction, and litigation is surging in attempts to block these projects. According to the Electric Power Research Institute, data centers have risen from about 2% of the share of U.S. electricity consumption in 2018 to roughly 5% today – and are expected to exceed 10% of the nation’s electricity consumption by 2030. With that kind of exponential growth, something’s got to give—most likely, the electrical grid.
Considering that a midsize data center uses upwards of 10 megawatts (MW) of energy, enough to power around 7,000 homes, we are in need of a quick fix. Fortunately, there’s a solution to this potentially debilitating challenge: the introduction of nuclear reactors to power these energy-sucking behemoths. Why not create data centers either affiliated with nuclear power plants or outfitted with their own Small Modular Reactors (SMRs)? This isn’t as far-fetched as some might think—in fact, it’s already in the works. Perhaps most notable are several agreements between Big Tech and regional nuclear facilities. Microsoft and Constellation Energy launched the Crane Clean Energy Center, which will take carbon-free energy from a reconstituted Three Mile Island plant in Pennsylvania and power Microsoft’s data centers.
Read more at IndustryWeek
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