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CIS Bank Configurator

Configures the main CIS module requirements for banking systems such as ATMs, sorters, check scanners, counters, and banknote validators. The course guides you through the collection of technical data needed to evaluate scan width, resolution, light source, interface, and mechanical constraints.

    Application field

    Select the main application and specify the type of machine or system where the CIS module will be integrated.This choice helps us define the most suitable requirements for scan width, resolution, light source, interface, and mechanical constraints.
    If you are unsure, select 'Other / Custom project".

    ATM / Cash-in / Cash-out terminal
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    Cash Recycler / CRM
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    Banknote Sorter
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    Banknote Counter
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    Banknote Validator / Note Acceptor
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    Banknote Detector / Authentication Device
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    Check Scanner / Check Reader
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    Retail Self-checkout / POS Cash Terminal
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    Ticket Vending / Payment Kiosk
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    Banking Document / ID Scanner
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    Altro / Progetto custom
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    Object to be inspected

    Specify the item to be acquired. This information helps define the light source, resolution, acquisition mode, and the potential need for additional features.

    Banknote
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    Check
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    Ticket / Voucher
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    Banking / ID Documents
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    Other / To be defined
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    Required inspection type

    Indicate the type of inspection required. This information helps define the light source, resolution, acquisition mode, and the potential need for additional features.

    RGB optical image
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    IR inspection
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    Transmission imaging
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    UV / Color UV inspection
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    Serial number / OCR
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    Fitness check / Banknote quality
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    To be evaluated
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    CIS Effective Scanning Length

    The effective scanning length indicates the area actually captured by the CIS.
    Select a standard size or enter a custom value in mm. Non-standard requests will be technically evaluated based on the project.


    OR


    DPI (Dots Per Inch) Resolution

    Resolution indicates the number of dots captured by the CIS per inch (25.4 mm).

    A higher resolution increases image detail but may require technical verification based on transport speed, light source, number of channels, and interface.

    50 DPI
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    100 DPI
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    200 DPI
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    300 DPI
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    600 DPI
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    Reflection light source

    Select the light bands required for reflection acquisition.

    Reflection mode illuminates the surface of the banknote or document. Multiple sources can be selected from RGB, IR (850/880/940 nm), and UV (260–370 nm); combinations of up to 6 colors/bands will be technically verified based on the application.

    UV

    R

    G

    B

    IR = 940 nm

    IR = 880 nm

    IR = 840 nm

    IR = 830 nm

    IR = 810 nm

    IR = 760 nm

    Transmission light source

    Select the light bands required for transmission acquisition.

    Transmission mode uses light passed through the banknote or document, which is ideal for transparency inspections. Multiple sources can be selected from RGB, IR (850/880/940 nm), and UV (260–370 nm); combinations of up to 6 colors/bands will be technically verified based on the application.

    UV

    R

    G

    B

    IR = 940 nm

    IR = 880 nm

    IR = 840 nm

    IR = 830 nm

    IR = 810 nm

    IR = 760 nm

    Mini structure

    The optical structure will be defined based on the final CIS configuration.

    Normal single light guide structure

    Normal single light guide structure

    Single light guide with transmission light source

    Single light guide with transmission light source

    Double light guide structure

    Double light guide structure

    UV/RGB/IR light guide structure

    UV/RGB/IR light guide structure

    Standard single light guide structure

    Standard single light guide structure

    Double light guide with transmission light source

    Standard single light guide structure

    UV light guide with transmission light source

    UV light guide with transmission light source

    Normal single light guide with transmission light source

    Normal single light guide with transmission light source

    Normal single light guide with transmission light source

    To be technically evaluated
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    Clock Frequency

    The clock frequency affects the CIS acquisition speed.

    The final selection will be verified based on resolution, scanning width, light sources, channels, and transport speed.

    • 8 MHz — Basic configuration / Limited speed / Very high DPI

    • 16 MHz — Standard configuration for most applications / Very high DPI

    • 24 MHz — High speed

    • 32 MHz — Advanced configuration


    Output Interface

    Select the output type required to connect the CIS to the machine's electronics.
    This choice affects data acquisition, the control board/FPGA, cabling, and compatibility with the customer's system."

    Analog

    Digital (LVDS)

    Focus and glass thickness

    Glass thickness affects the focus position relative to the CIS surface and the document acquisition plane.

    Generally, a thinner glass moves the focal point further from the glass surface, while a thicker glass brings it closer.

    If this specification is not yet defined, it can be technically evaluated based on the application and the module structure.

    Thick glass



    Project Description

    Notes
    The requested configuration may not be feasible but it allows us to understand what you want and what features you would like and allows us to offer you the product closest to your needs.









    Accepted formats: jpg, jpeg, png, pdf, doc, docx, xls, xlsx. Maximum file size: 20MB

    Summary and Personal Data

    Summary of Choices: