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    Ion Implantation Stocks List

    Symbol Grade Name % Change
    AMAT F Applied Materials, Inc. -0.50
    ACLS F Axcelis Technologies, Inc. 2.44
    View As Page of Charts
    Related Industries: Semiconductor Equipment & Materials
    Related Stock Lists: Integrated Circuits Semiconductor Semiconductor Chips Semiconductor Device Fabrication Applied Materials Chemical Mechanical Planarization Chemical Vapor Deposition Crystalline Silicon Electronic Applications Electronic Devices Energy Applications Environmental Solutions Flat Panel Display Liquid Crystal Display Lithography Manufacturing Equipment Manufacturing Solutions Metrology Nasdaq 100 Photolithography

    Related ETFs - A few ETFs which own one or more of the above listed Ion Implantation stocks.

    Symbol Grade Name Weight
    TINY D ProShares Nanotechnology ETF 8.39
    FTXL F First Trust Nasdaq Semiconductor ETF 7.7
    FCTE D SMI 3Fourteen Full-Cycle Trend ETF 4.78
    BULD C Pacer BlueStar Engineering the Future ETF 4.73
    PSI D PowerShares Dynamic Semiconductors 4.6
    View all Ion Implantation ETFs...
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        Ion Implantation Stocks Recent News

        Date Stock Title
        Nov 23 AMAT Missed Out on Investing in Nvidia? Here's 1 Artificial Intelligence (AI) Chip Stock to Buy on the Dip
        Nov 23 AMAT Applied Materials Insiders Sell US$124m Of Stock, Possibly Signalling Caution
        Nov 21 AMAT Applied Materials (AMAT) Expands EPIC Platform to Accelerate Advanced Chip Packaging and Energy-Efficient Computing
        Nov 21 AMAT Absolics, Applied Materials, Arizona State University get chip packaging funds
        Nov 21 AMAT Applied Materials Breakthrough To Bring OLED Displays to Tablets, PCs and TVs
        Nov 21 AMAT Is It Finally Time to Buy This Incredibly Cheap Semiconductor Stock Following Its Latest Crash?
        Nov 21 AMAT Mohamed El-Erian Warns Against Simplistic Narratives As Trump Plans Aggressive Tariff Strategy: 'The Issue Is Quite Complex'
        Nov 21 AMAT Applied Materials' Blueprint For Margin Expansion And Long-Term Growth
        Nov 20 AMAT Applied Materials (AMAT) Faces Mixed Outlook: Deutsche Bank Maintains Hold Rating
        Nov 20 AMAT Why Nvidia earnings could be a sink-or-swim moment for this bull market
        Nov 20 AMAT Applied Materials announces plans to expand global EPIC innovation platform
        Nov 20 AMAT Applied Materials, Inc. (AMAT): Forecasts Q1 Revenue Below Estimates, Cites Slower Growth Despite AI Chip Demand
        Nov 19 ACLS Axcelis Technologies, Inc. (ACLS): An Oversold Midcap Stock to Buy
        Nov 19 ACLS Is the Options Market Predicting a Spike in Axcelis Technologies (ACLS) Stock?
        Nov 19 AMAT Applied Materials reports new collaboration model for advanced packaging
        Nov 19 AMAT Applied Materials (AMAT): The AI Chip Leader Poised for Growth Despite Market Volatility
        Nov 19 AMAT Applied Materials Announces New Collaboration Model for Advanced Packaging at Summit on Energy-Efficient Computing
        Nov 18 AMAT Here's Another Stock Picking Tool for Your Kit
        Nov 18 AMAT Nvidia stock sinks on reports of Blackwell AI server issues ahead of earnings
        Nov 18 AMAT Applied Materials (AMAT) Reliance on International Sales: What Investors Need to Know
        Related Industries: Semiconductor Equipment & Materials
        Related Stock Lists: Integrated Circuits Semiconductor Semiconductor Chips Semiconductor Device Fabrication Applied Materials Chemical Mechanical Planarization Chemical Vapor Deposition Crystalline Silicon Electronic Applications Electronic Devices Energy Applications Environmental Solutions Flat Panel Display Liquid Crystal Display Lithography Manufacturing Equipment Manufacturing Solutions Metrology Nasdaq 100 Photolithography
        Ion Implantation

        Ion implantation is a process used in semiconductor device fabrication that involves the introduction of ions into the surface of a material. It is used to change the physical, chemical, or electrical properties of the material. The ions are accelerated in an electrical field and then implanted into the material. The process is used to create dopant regions in semiconductor materials, to modify the surface properties of materials, and to create thin films.

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