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Serialisation, Aggregation, Track & Trace

Serialisation, Aggregation, Track & Trace · 2019. 4. 8. · Serialisation, Aggregation and Track &Trace Many manufacturers of certain products including medicines, cigarettes and

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  • Serialisation, Aggregation, Track & Trace

  • Serialisation, Aggregation, Track & Trace

  • Serialisation, Aggregation and Track &Trace

    Many manufacturers of certain products including medicines, cigarettes and cosmetics

    are required by national and international legislations to uniquely code their products

    by printing these with unique serial numbers.

    These manufacturers need the ability to accurately track and locate their products

    as these move through the supply chain from their factories to the end users.

    The ability to uniquely identify , track and trace

    these products in the supply chain is required:

    • In the event of a product recall

    • For the management of expiry dates

    • For the prevention of counterfeit products such as medicines

    • For health and safety

    • For brand protection

  • Serialisation

  • Serialisation

    Serialisation means the printing

    on each product item a code that is:

    • Random

    • Unique

    • Non repeatable

    • Numeric or alphanumeric

    This Unique Item Id (UIID) is normally

    coded in a 2D barcode together with

    other GS1 Application Identifiers (AI’s)

  • Serialisation & Aggregation For Track & Trace

  • Serialisation & Aggregation For Track & Trace

  • Serialisation & Aggregation For Track &Trace

  • Serialisation & Aggregation For Track &Trace

  • Serialisation & Aggregation

    Online CartonSerialization

    PalletAggregation

    Online CartonAggregation

  • Serialisation implementation: UIID database

    The implementation of product item

    serialisation involves the following steps:

    • Generation of unique, random serial numeric or

    alphanumeric codes

    • These codes can be linked to other parameters such

    as manufacturer, batch number, date stamps etc..

    • These then form a database that is stored

    locally or centrally

    This Unique Item Id (UIID) is normally

    coded in a 2D barcode together with

    other GS1 Application Identifiers (AI’s)

  • Serialisation implementation: Product ItemCoding

    • In a factory, on line, the printer, normally TIJ,

    is connected to the central database or

    it has the database stored locally in its

    printer controller

    • The printer then prints dynamically and in real

    time each database row on each product item

    • Each printed product item is then tracked by

    the Sellenis printer software as it travels along

    the conveyor belt until it arrives at the

    verification station

    • The verification station is a Cognex camera

  • Serialisation implementation: Codeverification

  • Serialisation implementation: Codeverification

    • When the printed product item arrives under the Cognex camera, the printersoftware triggers the camera to read the UIID code

    • The Cognex camera reading is then compared to the entry in the database. Thereare 3 possible results. These are:

    • READ - code correctly reads and matches database entry

    • NOMATCH - code reads but does not match database entry

    • NO READ - there is no code on the product or the expected product is missing

    • A database of Read, No Match and No Read is progressively created saved locally ortransmitted to and stored in a central database

    • All of the above data creation, collection, storing and transmitting are created andmanaged by the Sellenis Software

  • Aggregation

  • Aggregation

    Aggregation means the printing on each

    carton box/case and on each pallet a

    unique label incorporating a code that is:

    • Random

    • Unique

    • Non repeatable

    • Numeric or alphanumeric

    • Each Unique label printed on the case must be linked to the product items packed

    inside that carton box/case

    • Each Unique label printed on or affixed to the pallet must be linked to the cases

    packed on that pallet

    • Hence there is no need to open carton boxes/cases or pallets to know what is inside

    each of those respectively.

  • Implementation of SerialisationAggregation

    Aggregation on an

    automated factory line

    Aggregation on a semi-

    automated factory line

    Offline

    aggregation

    There are 3 methods

    of implementing

    serialisation aggregation

  • Aggregation means the printing on each carton box/case and

    on each pallet a unique label incorporating a code that is:

    • Random

    • Unique

    • Non repeatable

    • Numeric or alphanumeric

    Online CartonSerialization

    PalletAggregation

    Online CartonAggregation

    Aggregation

  • Serialisation, Aggregation: Code, Read, Verify, Transmit

  • Aggregation implementation

    The implementation of Aggregation involves the

    following steps:

    • Scanning and packing of X number of serialised product items

    one at the time into the case

    • When X number of product items have been scanned and

    packed generate a unique label incorporating a unique serial

    number that is linked to the serial numbers of the X number

    of packed product items

    • Verify that the barcode of the label on the case reads and

    matches the serial numbers of the X number of product items

    Therefore, in aggregation, a unique label is generated for the case, and the unique

    serial numbers of the product items within the case are aggregated to that label.

  • Unit 1, Saxon Way

    Melbourn South Cambridge

    SG8 6DN

    England,UK

    www.sellenis.com

    Tel: +44 (0) 1763 269554

    Email: [email protected]

    http://www.sellenis.com/mailto:[email protected]