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  • HOME > Products > Thermal Evaporation System

    DE400 Thermal Evaporation System

    The DE400 Thermal Evaporation system is assembled with multiple thermal evaporation sources, it can be used to evaporate metals, semiconductor, insulation materials or OLED on a 6” substrate 

    • Features
    • Description

    Evaporation Chamber with front O-ring sealing door


    Substrate shutter is Closed Loop controlled to open/close by Thin Film Controller


    System safety Interlock


    Total Auto Control or manual operation by computer


    Optional Glove Box



    Configuration


    Evaporation Chamber

    304 stainless steel chamber with viewport


    Vacuum Pumping

    Turbo pump or cryopump and dry rough pump


    Vacuum Valve


    Pneumatic valves


    Evaporation Source


    Multiple thermal evaporation source

     

    Sample Stage


    Top or side mounted rotatable sample stage


    Film Control


    Crystal Film thickness Monitor and Control


    Vacuum Gauging


    Wide range vacuum gauge and rough gauge



    Specification

    The Base Vacuum Pressure


    Better than 5E-7Torr


    Sample Loading Capacity


    One Max. 6 inch flat substrate


    Film Uniformity


    +/-5% on 6” substrate

    Rate Resolution


    0.1 Angstroms/sec

    Thickness Resolution


    0.1 Angstroms



    Typical Application


    For R & D Thin Film Deposition 

    Ideal tools for LIFT-OFF process

    Evaporate metal, Semiconductor, Insulation Materials or OLED


    Related products

    • DE400D Thermal Evaporation System
    • DE300 Thermal Evaporation System
    1. Categories
    2. Magnetron Sputtering System
    3. Electron Beam Evaporator
    4. Thermal Evaporation System
    5. Pulse Laser Deposition System
    6. Combination System
    7. Targets & materials
    8. Components
    1. Applications
    2. Microelectronics (Metals, Metal Oxides, Dielectrics)
    3. Data Storage (Magnetic thin films)
    4. MEMS and Nano Technology
    5. Superconducting Materials
    6. Josephson Junctions
    7. Biomedical Thin Films
    8. Photovoltaics
    9. Optical Films and Photonics
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