What
is label Compliance? Literally, it means meeting or
complying with the labeling guidelines set down by a customer.
The customer, whether it is a retail firm, shipper, or
manufacturer, has created its own labeling specifications
to fulfill its transportation and logistical needs. It
is up to the supplier to meet those guidelines. Failure
to do so could result in return of product, fees, or contract
termination.
Organizations
like the UCC (Uniform Code Council), the AIAG (Automotive
Industry Action Group) and HIBCC (Health Industry Business
Communications Council) have developed specific industry
labeling standards. Their guidelines minimize problems
between trading partners by creating a basic structure
all suppliers and customers can agree upon. The guidelines
are implemented on a volunteer basis.
In
practice, the benefits of compliance labeling are fairly
obvious for the customer. A bar code labeling standard
helps monitor inventory, assists replenishment, minimizes
distribution time, and allows for product traceability.
The supplier's initial time and expense appears to be
justified only in maintaining a business relationship
with a customer requiring label compliance. But, over
time, the increased accuracy, improved order picking,
and streamlined inventory will be solid evidence that
a bar code labeling system benefits both sides. The bottom
line is to get the right product to right place in the
shortest possible time.
Product
Label
The first level
of compliance is the labeling of individual products. Examples are
the UPC
12 (universal product code) and its two-dimensional counterpart,
the Data
Matrix.
The U.P.C.-12
and Data Matrix bar code perform the same function. They identify
an individual item. The U.P.C. is scanned at the POS (point of
sale), or the register. For the customer, it performs inventory
functions and automates the purchase process by returning the
item price and adding it to the total sale.
The U.P.C.
is commonly preprinted on product packages or printed on 'hang-tags'
for the apparel industry, where they are applied with a removable
plastic hang strip.
The Data Matrix
identifies a component. Its function starts at the factory, where
it aids the supplier in warehouse inventory and order filling.
At the customer location, the Data Matrix also is used for inventory
and the routing of components from the dock to the assembly line.
If a particular part is defective, the Data Matrix reveals the
vendor number and a trace code (1T).
One of the
primary features of the Data Matrix is that a single symbol, containing
up to 500 digits can be engraved or molded directly into the object
itself. The symbol can be placed on something as small as a computer
chip.

Container
Label
The second
level of compliance is the labeling of containers. Once a container
has been packed with a quantity of products sharing a common
U.P.C. or part number, the carton or pallet is then labeled
to identify the contents. Here are two examples.
The SCC-14
Sample Container Label identifies a multi-pack of a single U.P.C. product.
The Interleaved 2 of 5 bar code uses the same value as the U.P.C.
with only two differences.
The
packaging type identifies the type of container used or the number
of consumer units. Each configuration is assigned a different
number.
An
additional zero is inserted after the packaging type. This extra
digit performs two functions. It fills out the U.P.C. to match
the EAN (European Article Number) for overseas shipments. Also,
the entire bar code must contain an even number of digits whether
using interleaved 2 of 5 or UCC/EAN-128. The extra zero creates
a total of 14 characters.
When
shipping to manufacturers, the container label must encode information
relevant to the distribution and use of the content as well as
its identification and manufacturer.
General Motors
introduced the 1724a label to the automotive industry in
1999. The GM
1724 Sample uses a PDF-417 symbol to encode the part number,
quantity, carton weight, and shipment information; as well as a
serialized, container license number. Unlike the SCC-14, the license
number makes each carton unique, and can be traced back to the production
line. The label details not only carton content, but also distribution
and handling data.

Shipping Label
The third
level of compliance is the shipment label.In the SSCC
18 Sample, the Container Code is a serial number that functions
as shipment identification. This assigned value can be referenced
for the container contents, purchase order number, ship date,etc.
Serial Shipping
Container Codes are comprised of several elements.
The packaging
identifier indicates the type of container (carton, pallet, etc).
The carton serial number is generated to give each container its
own identity. This value must remain unique for one full year.
Note that
all three of the bar codes on the SSCC-18 are using Application
Identifiers. These identifiers designate the type of data encoded
as well as the value of the bar code.
The Postal
Code bar code is UCC/EAN-128. An Application Identifier precedes
the postal code. For shipments in the U.S. and Canada, the prefix
is 420; all international shipments are preceded by 421. The To
Store Code Application Identifier is always 91. Cross-dock shipments
use this code to quickly identify shipments going to the same
store, without having to scan or reference the rest of the label.
In the AIAG
B10 Sample,
the UPS MaxiCode contains all the relevant shipping information,
including: the customer's address and postal code, the shipper's
ID number, and a package tracking number.While the shipping company
uses the MaxiCode, the Code 39 bar codes are for use at both the
supplier and customer locations.
The shipment
label has a two-fold function. Primarily, it contains all the
critical information for shipping the container to the customer.
However, its unique container number can be used to for both inventory
and tracking.
 |