The Label&Track™ Manufacturing
Module is essential to any business
where product traceability and full pallet
management is required across the
supply chain.
With the Label & Track Barcode/RFID
Driven Traceability and Warehouse
Solution, manufacturing companies
can print EAN128 compliant Trade
and Logistic Unit (carton & pallet)
barcode labels/RFID tags in real time
on pack lines, and then apply and scan
them to update production immediately.
 | `the Label&Track manufacturing module is an essential tool for ease of product identification & traceability...` |
PRODUCTION LABELLING
ERP Integration
Key product and production order data
is downloaded and regularly refreshed
from the ERP system.
This is then used in the scheduling
and processing of print runs to create
the labels, ensuring the ERP system
is the only source of this data and
all information appears correctly
on all labels.
 | `Labels can also be produced in any language, to meet the requirements of export markets...` |
Features
- Download Data
- Create & manage
print runs
- Generate lot numbers
& expiry dates
- Print & apply labels
- Capture production data
- Automatically upload
completed work orders
& inventory receipts
Create & Manage Print Runs
Initiate, suspend, resume, alter
and cancel print runs using shop
floor terminals. Print runs are setup
by a supervisor assigning work orders
to a work centre/pack line.
Lot numbers can be automatically
generated in a range of formats,
and expiry dates automatically
calculated.
Label Variations
Label formats can be varied by customer
or market need, type of printer, and
size of packaging. Labels can also
be produced in any language, to meet
the requirements of export markets.
Print & Apply Labels
Supports manual and automatic label
print and apply for both trade and
logistical unit (SSCC) labelling.
Trade Unit (carton) labelling may
be performed in one of three ways:
BATCH PRINTING
- Labels are preprinted in a batch
run and are applied to cartons prior
to packing of items.
 | Full Traceability - Inventory Accuracy - Process Effeciency - Automated Data Capture |
PEEL & PRESENT
- A print run of labels is created
for a particular work order/product.
Labels are printed one at a time -
in real time - and may be printed
and applied manually or automatically.
ON DEMAND PRINTING
- Is used where label format/data differs
between trade units. For merged pack
lines, multiple products are packed
and labelled on the same conveyor.
- Cartons/Products are identified through
scanning a label prior to label printing.
- Random weight product also requires
on demand label printing as the weight
of each carton differs and is printed
on the EAN128 label.
- Data from weigh scales is accepted
electronically for each trade unit and
the label is then printed and applied.
Logistical Unit
Logistical Unit (SSCC pallet) labelling
may be performed in one of two ways:
STANDARD LABEL PRINT
- When a pallet has been completed,
a label is requested from a terminal
(if the labels are manually applied),
or produced automatically if labels
are applied automatically. Part pallet
labels and reprinted labels are
requested from a terminal
when required.
INTEGRATED LABEL PRINT
- Where both trade unit and pallet
labelling are implemented for
a production line one print run
controls them both, hence no
separate print run is required
for the pallet labelling.
- To produce a pallet label
just a scan of a trade unit label or
a production line identifier is required.
- Part pallet labels and reprinted labels
are requested from a terminal.
- Production counting is completed
immediately and automatically after
a successful scan of a pallet label
that has been applied.
- This provides a real time count
of production, is a major factor
in driving inventory accuracy,
and ensures the barcode is valid
for subsequent transactions.
LABELLING
- Label to EAN standards
- Label variations by customer,
market, language
- Unique lot numbering from work
order to individual trade unit
- Integrated trade unit
& pallet labelling
- Integrate with production line
equipment
- Supports all complex
manufacturing scenarios