News_KOSEN SEMI

Oct 13,2025

Semiconductor Wet Cleaning Technology and Its Development

Wet cleaning is a critical process step in semiconductor manufacturing, involving the use of various chemical reagents and deionized water to remove contaminants from the wafer surface through chemical reactions, physical dissolution, and other mechanisms. These contaminants include particles, organic residues, metal ions, and natural oxide layers.

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Semiconductor Wet Cleaning Technology and Its Development

Oct 13,2025

Canadian local governments are calling for the removal of the 100% tariff imposed on Chinese electric vehicles.

Manitoba Premier Wab Kinew has called on Canadian Prime Minister Mark Carney to eliminate the 100% tariff imposed on Chinese electric vehicles.

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Canadian local governments are calling for the removal of the 100% tariff imposed on Chinese electric vehicles.

Oct 11,2025

SEMI Report: Global 300mm Fab Equipment Spending Expected to Reach $374 Billion Over the Next Three Years

On October 8, 2025, local time in Phoenix, Arizona, USA, SEMI released its latest "300mm Fab Outlook" report at SEMICON West.

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SEMI Report: Global 300mm Fab Equipment Spending Expected to Reach $374 Billion Over the Next Three Years

Sep 30,2025

Semiconductor lithography machines are booming: Major manufacturers ramp up orders, while Russia steps up its efforts.

In the semiconductor industry, lithography machines, as flagship products in the upstream equipment sector, play a decisive role in industry development and serve as a key driving force behind advancements in chip manufacturing processes and the overall growth of the industry.

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Semiconductor lithography machines are booming: Major manufacturers ramp up orders, while Russia steps up its efforts.

Sep 29,2025

Organic Cleaning Process

Organic cleaning processes refer to technical procedures that utilize organic solvents or carbon-containing compounds as the primary cleaning medium, designed to remove contaminants from the surface of workpieces—such as oils, waxes, resin residues, particulate matter, and more.

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Sep 29,2025

Professor Jiangnan Dai and Associate Professor Yang Peng's team at Huazhong University of Science and Technology have achieved a breakthrough in milliwatt-level, sub-100-nanometer far-ultraviolet Micro-LED devices—the shortest wavelength to date.

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Sep 26,2025

The Technology and Structure of Fully Automatic RCA Cleaning Machines

The RCA cleaning method is a classic wet-process technique for semiconductor wafer cleaning, widely used to remove organic contaminants, metal ions, and particles.

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The Technology and Structure of Fully Automatic RCA Cleaning Machines

Sep 26,2025

Taiwan media: U.S. Treasury Secretary Puts Further Pressure, Reiterates So-Called "De-risking" of Taiwan's Chip Industry

According to a September 25 report by Reference News, citing Taiwan's "Industrial Times" website on September 25, U.S. Treasury Secretary Scott Bessent stated in an exclusive interview with U.S. media on the 24th that Taiwan accounts for nearly 99% of advanced chip production, raising concerns about supply chain risks. The U.S. is now shifting its production supply chain to other regions to mitigate these risks.

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Taiwan media: U.S. Treasury Secretary Puts Further Pressure, Reiterates So-Called "De-risking" of Taiwan's Chip Industry

Sep 25,2025

Experts: The global semiconductor market is expected to achieve a "three-year consecutive rise."

According to a report from Reference News on September 24, citing the September 23 edition of the Nikkei Asian Review, the global semiconductor market is likely to become increasingly reliant on artificial intelligence (AI). An analysis pooling the insights of 13 experts in the semiconductor industry suggests that semiconductor demand is expected to surge after 2026, driven by growing server needs and the widespread adoption of AI-powered personal computers.

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Experts: The global semiconductor market is expected to achieve a "three-year consecutive rise."

Sep 24,2025

Common Classification of Wet-Process Equipment for Semiconductors

Semiconductor wet-process equipment refers to the machinery used in semiconductor manufacturing processes that involve liquid chemical reagents for tasks such as cleaning, etching, and deposition.

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Common Classification of Wet-Process Equipment for Semiconductors

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