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LAM RESEARCH CORPORATION AUTOETCH 690
    Description
    Single Wafer Processing
    Configuration
    Process: BACKETCH   Tool config is based on original PO, please verify tool details at tool inspection   FID: 157426 Tool S/N: E14 Reference Tool S/N: E6   EOS Product Type EOS Front Section ES EOS Rear Section ES   Front End Load Port: 4 FOUP TDK Carrier ID: Brooks Carrier ID reader Factory Automation: OHT PIO Sensor User Interface Options: Side Only (Ballroom) Signal Tower: R-O-G-B Silm Line Handling system: Standard Handling Process Module Ionization: PM Ionixation 16 chamber Platform Doors: Door with Windows  Okatform Lights: Wite LEDs Number of Power Supply Lines: 2 Supply Feed System Power Supply: 208V and 480V 50/60 Hz Interconnect Com. Cables: 30m Cab;es to Subpanel PC Power supply: Internal UPS Fire Suppression   Front Section & Rear Section EOS ES Media#1 Chemistry 1: dHF (supply to TL) Chemistry 1 Dispense: double side dispense Chemistry 1 Dispense mode: Drain & recirculation Chemistry 1 Preparation: 2 Chemical Mix (High Flow) NSR Chemical 1 Temperature Mixing: Not Present: Local NSR Chemistry 1 Life Time Exp.: Top-up Chem. 1 Temp. Specification: 24-40C Chemical 1 Filter Preparation: Filter Housing Chem. 1 Gilter Catridge: Filter Pore Size 20nm Internal Chemical 1 AnalyzersL Horiba HF-960M External Chemical 1 Analyzers: Not present Chem 1 Analyzer Saple collerL Not Present   EOS ES Media#2 Chemistry 2: Not present   EOS ES Media#3 Chemistry 3: Not present   EOS ES PM Chuck: DS Chuck (Std. & Solb. less than 60C) Drying: ASD3+ IPA Options: Standard IPA Filter Cartridge: Lam Spplied IPA Filter Partical Removal Options: A-Jet (DI/CO2) Drain Separation (Rinse Level): 3 Media Level 3- Drain#1: Rinse Medua (DI) Level 3- Drain#2: IPA- High Concentration Level 30 Drain#3: IPA- Low Concentration Exhaust Separation: BB-L1 & L2-Exh. 1, Le-Exh1,2 Media 1 Dispense Single Nozzle Media 2 Dispense: Single Nozzle OptionsL Continuos Wet Wafer                                                    Damage/Missing parts list Please inspect tool to reconfirm
    OEM Model Description
    AUTOETCH 490, 590, 690 series for etching polysilicon, oxide and aluminum film applications, respectively.
    Documents

    No documents

    LAM RESEARCH CORPORATION

    AUTOETCH 690

    verified-listing-icon

    Verified

    CATEGORY
    Plasma Etch

    Last Verified: 2 days ago

    Key Item Details

    Condition:

    Used


    Operational Status:

    Unknown


    Product ID:

    22365


    Wafer Sizes:

    12"/300mm


    Vintage:

    2015

    Have Additional Questions?
    Logistics Support
    Available
    Money Back Guarantee
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    Transaction Insured by Moov
    Available
    Refurbishment Services
    Available
    Similar Listings
    View All
    LAM RESEARCH CORPORATION AUTOETCH 690

    LAM RESEARCH CORPORATION

    AUTOETCH 690

    Plasma Etch
    Vintage: 2015Condition: Used
    Last Verified2 days ago

    LAM RESEARCH CORPORATION

    AUTOETCH 690

    verified-listing-icon
    Verified
    CATEGORY
    Plasma Etch
    Last Verified: 2 days ago
    listing-photo-VZLKshLKh4dDDWpvXqBmHrzJ2jNfEc5O3Do6xKogay0-https://d2pkkbyngq3xpw.cloudfront.net/moov_media/3.0-assets/photo-coming-soon-small.png
    Key Item Details

    Condition:

    Used


    Operational Status:

    Unknown


    Product ID:

    22365


    Wafer Sizes:

    12"/300mm


    Vintage:

    2015


    Logistics Support
    Available
    Money Back Guarantee
    Available
    Transaction Insured by Moov
    Available
    Refurbishment Services
    Available
    Description
    Single Wafer Processing
    Configuration
    Process: BACKETCH   Tool config is based on original PO, please verify tool details at tool inspection   FID: 157426 Tool S/N: E14 Reference Tool S/N: E6   EOS Product Type EOS Front Section ES EOS Rear Section ES   Front End Load Port: 4 FOUP TDK Carrier ID: Brooks Carrier ID reader Factory Automation: OHT PIO Sensor User Interface Options: Side Only (Ballroom) Signal Tower: R-O-G-B Silm Line Handling system: Standard Handling Process Module Ionization: PM Ionixation 16 chamber Platform Doors: Door with Windows  Okatform Lights: Wite LEDs Number of Power Supply Lines: 2 Supply Feed System Power Supply: 208V and 480V 50/60 Hz Interconnect Com. Cables: 30m Cab;es to Subpanel PC Power supply: Internal UPS Fire Suppression   Front Section & Rear Section EOS ES Media#1 Chemistry 1: dHF (supply to TL) Chemistry 1 Dispense: double side dispense Chemistry 1 Dispense mode: Drain & recirculation Chemistry 1 Preparation: 2 Chemical Mix (High Flow) NSR Chemical 1 Temperature Mixing: Not Present: Local NSR Chemistry 1 Life Time Exp.: Top-up Chem. 1 Temp. Specification: 24-40C Chemical 1 Filter Preparation: Filter Housing Chem. 1 Gilter Catridge: Filter Pore Size 20nm Internal Chemical 1 AnalyzersL Horiba HF-960M External Chemical 1 Analyzers: Not present Chem 1 Analyzer Saple collerL Not Present   EOS ES Media#2 Chemistry 2: Not present   EOS ES Media#3 Chemistry 3: Not present   EOS ES PM Chuck: DS Chuck (Std. & Solb. less than 60C) Drying: ASD3+ IPA Options: Standard IPA Filter Cartridge: Lam Spplied IPA Filter Partical Removal Options: A-Jet (DI/CO2) Drain Separation (Rinse Level): 3 Media Level 3- Drain#1: Rinse Medua (DI) Level 3- Drain#2: IPA- High Concentration Level 30 Drain#3: IPA- Low Concentration Exhaust Separation: BB-L1 & L2-Exh. 1, Le-Exh1,2 Media 1 Dispense Single Nozzle Media 2 Dispense: Single Nozzle OptionsL Continuos Wet Wafer                                                    Damage/Missing parts list Please inspect tool to reconfirm
    OEM Model Description
    AUTOETCH 490, 590, 690 series for etching polysilicon, oxide and aluminum film applications, respectively.
    Documents

    No documents

    Similar Listings
    View All
    LAM RESEARCH CORPORATION AUTOETCH 690

    LAM RESEARCH CORPORATION

    AUTOETCH 690

    Plasma EtchVintage: 2015Condition: UsedLast Verified: 2 days ago
    LAM RESEARCH CORPORATION AUTOETCH 690

    LAM RESEARCH CORPORATION

    AUTOETCH 690

    Plasma EtchVintage: 0Condition: UsedLast Verified: Over 60 days ago