Leading Snack
Manufacturer Improves Packaging Efficiency and Cuts Costs with On-Demand
Carton Labeling Download
case study
Cape Cod Potato Chips, the leader in popular kettle-cooked potato chips
in the United States, produces 37 different varieties and sizes of snack
flavors at its manufacturing facility in Hyannis, Massachusetts. All Cape
Cod’s chips are cooked in small batches and case cartons are hand
packed at the end of the production lines. For every variety and size
of snack product, Cape Cod was purchasing preprinted labels for case marking.
They wanted to move away from the expense and inventory problems of preprinted
case labels and enable label printing at each individual packaging line.
The Challenge:
At Cape Cod’s Hyannis, Mass. manufacturing facility, over 80,000
packages of snacks are made daily. Despite this production volume, all
cases of snacks are packaged by hand and manually labeled with the appropriate
case label denoting the product enclosed, individual package size, weight,
SKU, quantity, etc. Cape Cod had been purchasing and using preprinted
labels for every one of the numerous chip varieties and sizes they produced,
which caused several challenges: first, the preprinted labels were expensive;
secondly, inventory of the preprinted label stock was cumbersome to maintain
and manage. Labels were kept in a various storage rooms where line workers
would have to go to retrieve rolls of carton labels for the particular
line of snacks they were packaging that day. Workers could easily find
themselves in a low- or out-of-stock situation if label stocks were not
replenished properly, and labels were also frequently misplaced or difficult
to find. Additionally, because of the volume of preprinted labels needed
and the space limitations of the manufacturing facility, the labels were
stored in three different areas, some of which were not climate controlled—thus
resulting in inconsistent adhesion. Labels in non-climate controlled environments
could ; thirdly, Cape Cod found itself placing label orders weekly to
avoid inventory shortages, thus adding to the already high cost of preprinted
labels; lastly, roller stamps were used to add date-sensitive production
information to the preprinted labels, frequently resulting in misaligned
text, incorrect fonts and color differences. Cape Cod wanted to take control
of carton labeling on its eight production lines to increase worker productivity
and eliminate all of the issues associated with preprinted labels.
The Solution:
BarCode ID Systems provided a complete end-to-end distributed printing
solution for Cape Cod Potato Chip that allowed on-demand printing at the
point of activity. As a Premier Partner with Zebra Technologies, BarCode
ID Systems installed and configured Zebra® 140XiIIIPlus printers with
Ethernet connectivity for each of Cape Cod’s production lines throughout
its entire facility. BarCode ID Systems’ Professional Services team
connected each printer to Cape Cod’s LAN for controlled TCP/IP printing
by production supervisors during each shift, and trained Cape Cod staff
members on printer configuration, use and features. BarCode ID Systems
also provided all printing supplies and included annual on-site service
contracts for repair and maintenance protection on all Zebra printers.
To drive the printing solution, BarCode ID Systems’ Professional
Services team provided LabelVision® 20/20 software, a robust bar code
labeling program with a powerful built-in database. For initial database
population—and for subsequent, periodic updates—data was imported
from Cape Cod’s SAP-generated data file to ensure that the printed
data contained correct product information for proper label printing.
The LabelVision database allowed correctly-formatted label printing even
if the SAP system was off-line for any reason such as routine maintenance
during third shift operations. The LabelVision database also allows for
easy re-integration if Cape Cod every changes from SAP to another ERP
system.
Labels templates were designed to reduce the number of label files and
to ensure consistency of label appearance between every variety and packaged
size of Cape Cod’s snacks. Use of LabelVision’s integrated
Menu Editor allowed for simple label selection and staff members were
fully trained on software operation. During production, shift supervisors
would send batches of appropriate labels to each packaging line from a
central network PC, thereby eliminating the need for line workers to go
to the storage room to retrieve rolls of preprinted labels. Printers at
all stations were set to run in peel-off mode, where single labels were
printed and held until the line workers were ready to apply them. Workers
on each line would hand pack every case carton then take a label from
the printer and apply it to the carton, which then moved down the line
for taping and palletizing. When a label was taken from the printer, the
printer would then generate and hold another label from the batch.
The Results:
BarCode ID Systems provided an integrated production line printing solution
for Cape Cod Potato Chip’s manufacturing operation. The Zebra 140XiIIIPlus
printers with external printservers provided Cape Cod with the high volume,
rugged performance they required on their packaging lines and enabled
them to completely eliminate the high costs and associated problems of
using preprinted labels. By using one size blank label printed with variable
data from SAP using LabelVision 20/20 software, Cape Cod was able to reduce
inventory costs, decrease man hours previously needed to manage and order
preprinted label inventory, and free up a considerable amount of storage
space. With the proper carton label presented to line workers from individual
printers, line worker efficiency was increased. Spare printers ensured
that Cape Cod’s carton labeling lines would run without significant
downtime, and the use of external printservers would allow Cape Cod to
quickly swap a faulty printer with a spare unit without having to do any
configuration. Annual printer service coverage also provided for factory-authorized
repair services and proper maintenance of line equipment.
Since 1980, Cape Cod Potato Chips has led
the potato chip category in the marketing of old fashioned kettle-cooked
potato chips. Celebrating its 23rd anniversary, Cape Cod has grown from
making 200 bags a day to producing 150,000 bags a day – each kettle-cooked,
one small bag at a time. Today, Cape Cod’s potato chip line has
expanded to include Classic, Russets, Reduced Fat and the Whole Earth
Collection. The company also makes a full line of tortilla chips, popcorn,
pretzels and other snacks. Cape Cod Potato Chips is a Division of Lance
Companies. More information on Cape Cod Potato Chips is available at www.capecodchips.com.
BarCode ID Systems is a bar code systems
integrator, mobile computing specialist and RFID solution provider. Privately
owned and headquartered in Atlanta, Georgia, BarCode ID Systems focuses
on data automation solutions for manufacturing, distribution and healthcare
environments, specializing in the automotive, electronics, food/beverage,
pharmaceutical, life sciences, paper/plastics, textile and retail industries.
With sales and engineering offices in the Southeast, Midwest and Northeast,
BarCode ID Systems provides internal and external data management solutions
for the growing mobile enterprise. BarCode ID Systems is an authorized
Symbol® Business Partner, Zebra® Premier Partner, Microscan®
Preferred Partner and Intermec®Honors Partner.
Transportation
Company Improves Inventory, Put-Away and Shipping Efficiency with Mobile
Printing Download
case study
As a service-oriented transportation corporation, Smith Transport provides
a variety of transportation and logistics services to clients across the
country, including traditional truckload movements, dedicated truckload
services to customer deferred points, consolidation of customized LTL
movements, short and long-term storage, real-time inventory control and
other specifically tailored services to meet unique customer requirements.
Smith Eagle Logistics, an Operating Subsidiary of Smith Transport, is
a full service provider of Integrated Third Party Logistical Services
with a specialty in distribution and load consolidation methodology. At
its logistics warehouse in Tyrone, Pennsylvania, Smith Transport was labeling
hundreds of pallets daily from a central printing station, resulting in
mislabeled, misplaced and poorly-handled product. Smith Transport needed
to improve efficiency, product handling and tracking.
The Challenge:
At its 450,000 sq. ft. Eagle Logistics facility in Tyrone, Pennsylvania,
Smith Transport receives 600 to 800 pallets per day through 45 dock doors.
When inbound pallets are received, Smith’s warehouse management
system generates new product routing or storage labels to track pallets
within the facility. Fork-lift operators would put the pallets away, then
return to a centralized printing station where the new labels were printed,
then go back to the pallet location and re-label the products for internal
tracking and outbound distribution purposes. Inefficiencies in time management
and errors in re-labeling the pallets were causing increased problems
for Smith Transport. Incorrectly-labeled pallets would be mis-directed,
mis-shipped or lost in the system. Smith needed to streamline their receipt
of products, labeling and put-away.
The Solution:
BarCode ID Systems provided a complete mobile printing solution for Smith
Transport’s warehousing application, furnishing them with wireless
printers, media and annual depot service coverage for their mobile printers.
BarCode ID Systems installed 15 Zebra® QL420 mobile printers with
4x6 direct thermal labels for use by warehouse fork lift operators who
could then label pallets properly at the point of receipt, before product
was put away. Using the QL420 printers connected to Smith Transport’s
Wireless LAN, operators would re-label pallets immediately with internal
routing/license plate labels, virtually eliminating mislabeled pallets.
BarCode ID Systems also provided full depot service coverage for all Zebra
printers to ensure Smith was protected when printers required maintenance
or repairs.
The Results:
BarCode ID Systems provided a total mobile printing solution for Smith
Transport’s logistic warehouse operation. The QL420 mobile printers
increased operator efficiencies, improved material handling times and
decreased rerouting problems. With operators printing identification labels
at the point of put-away, Smith Transport was able to avoid the confusion
and errors of applying labels to pallets as a secondary step or function.
Since system implementation in the summer of 2003, Smith Transport has
seen a significant reduction in mis-labeled and mis-handled pallets, considerable
gains in fork-truck putaway efficiencies and a significant reduction in
labeling errors. By implementing a mobile printing solution in their warehouse
operation, Smith Transport has improved warehouse accuracy, reduced mishandled
freight costs and improved operating efficiencies.
Smith Transport is a Pennsylvania-based Company
providing a complete line of Logistics Services to businesses located
throughout the Continental United States and Canada. Smith Transport and
its Subsidiaries are uniquely postured to provide a Totally Bundled and
Customized Third Party Logistics Package(s) or Individually Tailored Service
Offerings to meet the precise needs of the Customer.
BarCode ID Systems is a bar
code systems integrator, mobile computing specialist and RFID solution
provider. Privately owned and headquartered in Atlanta, Georgia, BarCode
ID Systems focuses on data automation solutions for manufacturing, distribution
and healthcare environments, specializing in the automotive, electronics,
food/beverage, pharmaceutical, life sciences, paper/plastics, textile
and retail industries. With sales and engineering offices in the Southeast,
Midwest and Northeast, BarCode ID Systems provides internal and external
data management solutions for the growing mobile enterprise. BarCode ID
Systems is an authorized Symbol® Business Partner, Zebra® Premier
Partner, Microscan® Preferred Partner and Intermec®Honors Partner.
BarCode
ID Systems Donates Time, Equipment & Custom Application to Salvation
Army 2003 Christmas Toy Program Download
case study
The Greenville Chapter of the Salvation Army
sponsors a Christmas Toy Distribution for needy families in Greenville,
South Carolina. Bags of toys and BiLo food certificates that have been
donated by local area businesses and individuals are packaged and distributed
to families who have applied for the Christmas Distribution Program. Before
the Christmas season 2003, the Salvation Army tracked and distributed
all items manually, causing numerous delays, interruptions and obstructions
in the distribution process. Spearheaded by Systems Engineer Amber Richards,
BarCode ID Systems donated time, equipment and a custom tracking application
to assist the Salvation Army with its 2003 Christmas Distribution Program.
The Challenge:
The Salvation Army’s existing toy distribution system consisted
of manual bag identification (a printed sheet stapled to each bag) and
bag distribution by a staff of volunteers on “distribution day.”
Since the manual system did not allow for easy tracking or accountability
of the gift bags as they were assembled or distributed, several problems
ensued. Missing bags on distribution day required volunteers to prepare
additional bags while recipients waited in a designated waiting area (“Trouble
Area”); recipients could manipulate the system to receive multiple
bags, and bottlenecks in the distribution process caused appointed pick-up
times to run more than an hour behind schedule. Volunteers became harried,
recipients were angry, and limited toy inventories deprived other deserving
recipients of toy bags if replacement bags had to be assembled.
Project Objectives:
The objectives of the project were as follows: 1) label all toy bags as
they were assembled, 2) perform a cycle count of all bags prior to distribution
day to ensure the correct quantity exists for all intended recipients,
and 3) establish an automated check-out system to track bags as they are
distributed to the proper recipients. With this system in place, the Salvation
Army would have an accurate count of all bags produced and a record of
all bags distributed and their recipients. BarCode ID Systems donated
all labels for the bags, provided a Symbol PDT6846 RF (radio frequency)
handheld computer and 4121Access Point for the cycle counts and distribution,
and wrote a custom application for inventory, tracking and distribution
of gift bags.
The Solution:
1) Bag Labeling — All bags
were tagged with bar code label(s) after being assembled by volunteers.
The bag labels were created with LabelVision® software and consisted
of the parent’s last name, the child’s age/gender/ name, the
last four digits of an assigned “Christmas Number,” and a
bar code with the child’s “Angel Number.” More than
one label could be affixed to a bag to indicate gifts for multi-child
families, and all bag labels would be scanned during Cycle Count and at
Check Out.
2) Cycle Count — All bag
labels were scanned on the Saturday prior to distribution day to ensure
that each intended recipient would have a toy bag waiting for them on
distribution day. Early counting and reconciliation of bags for recipients
would reduce the number of people in the “Trouble Area,” where
recipients had to go if their gift bags could not be located. BarCode
ID Systems provided a Symbol PDT 6846 RF terminal and 4121 Access Point
to use during Cycle Count. Every label scan triggered a database lookup
for the child’s “Angel Number.” When identified, the
record was flagged in the “Check-In” column to indicate the
bag had been assembled and was in inventory awaiting distribution.
3) Check Out — On distribution
day, all bag labels were scanned at check out before leaving the dock
door. Scans triggered a database lookup for the child’s “Angel
Number,” flagged the record to indicate that a bag had been distributed
and was no longer in inventory, and recorded the information in the master
database (Access). If a recipient went Trouble Area with a bag loss claim,
volunteers could run a simple database check to determine whether or not
a bag had been distributed previously.
4) Reporting — Reports were
available as a Microsoft Access database query and included Bags in Inventory/Not
Distributed and Bags Distributed.
Project Update:(click
here to download .pdf with photos)
The Salvation Army’s Christmas Toy Distribution was a huge success
and received local coverage on the Greenville evening news. The comparison
between pervious distributions and this year’s program was staggering.
Virtually every participant and volunteer were amazed at how the automated
procedures made bag distribution a smooth and efficient process that ran
ahead of schedule.
Bag Labeling — Volunteers
began packing toy bags for approved recipients on December 1 and continued
through December 20, 2003. Bar coded labels were preprinted for each child/recipient
and affixed to the bags. Because recipient families often had more than
one child, a single bag could contain items for multiple children. In
these scenarios, multiple bar codes on each bag ensured that each child
had been served and provided the recipients with visual confirmation that
each child had items in the bag.
Cycle Count — A cycle count
was performed at the end of the last bag packing day (December 20). The
cycle count indicated that 27 bags were missing or not yet assembled.
Missing bags were listed in a report for volunteers, who then created
additional bags before distribution day arrived. Over 1700 bags were ultimately
packed and ready for distribution day—December 22, 2003. Some children
in the program were eligible to receive a bicycle in addition to their
gift bags. These children were required to meet additional application
requirements including good school grades, attendance, and behavior.
Check Out — Recipients were
assigned a pick-up appointment time and tag prior to distribution day.
Two pick-up zones (Dock Drive-Up and Trouble Area) were on or ahead of
schedule the entire day. Dock Drive-Up volunteers used CB radios to relay
tag numbers to volunteers inside, who then located the correct gift bag(s)
and took them to the recipients’ cars. All bags were scanned before
leaving the warehouse area.
If the recipient’s bag could not be located, the recipient was
directed to the Trouble Area so a bag could be made. Last year, cars were
lined up at Dock Drive-Up until past 7:00pm, and many recipients were
told that they must go to the Trouble Area after waiting hours in the
Drive-UP line. Pick-up appointments were more than an hour behind schedule
and recipients were understandably agitated. With the 2003 program, cars
arriving for pick-up slowed to a trickle by 2:30pm and pick-ups ended
by 4:00pm. All pick-up appointments were on or ahead of schedule.
Last year, approximately 300 people were sent to the Trouble Area where
the average recipient waited an hour; some more than two hours. Many times
during the day the Trouble Area was standing room only. This year, only
about 30 people were seen in the Trouble Area and no one had to wait more
than 30 minutes.
At the end of the day (4:00pm), a report was run to show how many bags
remained in inventory, allowing Salvation Army personnel to contact the
families the following day to arrange pick up. Only 103 recipient bags
(66 families) remained unclaimed out of 1,789 total bags.
The bar coding application and equipment provided by BarCode ID Systems
prevented multiple issues and streamlined the entire assembly, inventory
and distribution process for the Salvation Army Christmas Toy Distribution.
One unforeseen benefit to bar coded distribution was that recipients could
see that volunteers were scanning and verifying bags. With such procedures
in place, recipients did not attempt to come inside to the Trouble Area
first to claim lost tickets.
The Salvation Army's event organizer commented that he knew bar coding
would assist in some areas such as cross-checking, but had no idea what
an impact it would make on the entire process. Click
here to view the Salvation Army’s thank you letter.
BarCode ID Systems is a turnkey bar code
system integrator and wireless solutions specialist. Established in 1993
and head-quartered in Atlanta, Georgia, BarCode ID Systems provides supply
chain data automation solutions to manufacturing, distribution and life
sciences. With sales offices in Atlanta, Greenville, South Carolina, Chicago
and Boston, BarCode ID Systems provides visionary solutions, leading edge
products, technical ingenuity and industry expertise. BarCode ID Systems
is a Symbol Business Partner, Zebra Premier Partner, Intermec Honors Partner
and Microscan Preferred Partner. Our core offering includes wireless solutions,
bar code printing & scanning systems, compliance labeling, warehouse
and inventory management, print & apply systems, ERP interfaces, software
solutions and media. Contact BarCode ID Systems at 800-452-7418.
Textile
Manufacturer Sees Efficiency Gains with Worldwide Data Collection System
Deployment Download
case study
Coats North America (Charlotte, North Carolina),
is part of the worldwide Coats family—the world's largest supplier
of industrial sewing thread and craft products. With more than 60,000
employees worldwide, and manufacturing locations in more than 60 countries,
Coats is the largest global supplier of sewing thread.
Coats North America required more sophisticated methods of handling its
inventory, raw materials and finished goods at 22 manufacturing and distribution
centers in North America, Central America and the Caribbean. Additionally,
Coats wanted an open-source system for its own IT staff to continue the
system implementation once the three pilot sites were completed. To accommodate
its Spanish-speaking users in South America, the system also had to be
bilingual.
The Challenge:
Coats North America wanted to replace, enhance and expand its existing
inventory management systems at 22 total facilities in North America,
Central America and the Caribbean. BarCode ID Systems began initial system
implementation at Coats’ manufacturing and distribution facility
in Greer, South Carolina, and at two distribution centers in Toccoa, Georgia
and Marion, North Carolina. All three facilities had to upload data to
an AS400 host at their headquarters in Charlotte, North Carolina. After
implementation in these three facilities, Coats wanted to be trained to
install the system in their other facilities worldwide.
Coats’ current system had not only outlived its functionality,
it was also proprietary, thus prohibiting Coats from making any changes
or updates to the system. The system was limited to handle only one warehouse
function at a time, it could not produce shipping manifests, and it was
not bilingual—all of which were requirements for Coats’ new
system. Additionally, Coats was using outdated handheld terminals that
were malfunctioning and subject to frequent breakdowns. Coats was suffering
productivity problems and labor inefficiencies due to unreliable equipment
and an antiquated data collection system.
The Solution:
Coats turned to BarCode ID Systems (Atlanta, Georgia), to begin development
of the data collection project in late 2002. BarCode ID presented Coats
with a design specification for a batch data collection system, encompassing
finished goods put-away, raw material receiving, shipping and inventory,
and Coats purchased over 100 PSC Falcon 340 units with integrated laser
scanners.
The new system duplicated the functionality of Coats’ existing
proprietary system and added desired enhancements in six key areas:
• Receiving of Raw Materials
• Put-Away (Locating) of Finished Goods and Greige Yarn
• Issuing of Raw Materials
• Shipment Verification of Finished Goods
• Inventory (Cycle Count & Physical Count) of Finished Goods,
Greige Yarn and Raw Materials
• Shipping Manifests of Finished Goods
The system consisted of a handheld batch application, a PC program with
a Windows-based user interface and a Transaction Posting Program. The
Transaction Posting Program delivered a fixed-length flat file to the
current AS400 system through an automated FTP upload. The flat file system
approach desired by Coats would also allow for integration to future systems
as well, such as SAP.
One of the most important system enhancements required by Coats was the
ability to run reports and review the data for accuracy before communicating
it back to corporate headquarters. Previously, Coats’ handheld terminals
would send data to corporate that often contained inaccurate information.
The host would generate an error or discrepancy report to send back to
the users, who would then have to scan the entire order again and resend
to the host.
BarCode ID Systems used Clarion to develop an intermediary PC application
named CAPR (Coats American Posting & Reporting), CAPR would receive
raw data files from the handhelds and populate fields in the SQL server
database automatically. CAPR’s user interface would then allow operators
to perform Data Edits, where they could sort and review the data, identify
errors, make corrections to the orders (without rescanning the entire
order) and adjust the system data. Once reports were adjusted appropriately,
the CAPR program would automatically return the data to the flat file
format required by the AS400 host and upload to the secure FTP server.
CAPR also included Report Retrieval functionality (users could sort and
print based on timeframe, e.g., all data within the last 24 hours), and
Manifest Reporting (group by shipment number, group by product, give totals
by product, shipment, etc.) Coats’ existing system did not have
any shipping manifest functionality.
Several layers of security measures were also included in the CAPR system.
The base level requires no passwords beyond a Windows login and allows
users to view lists (uploaded data) and run/print reports. The CAPR administrator
login allows supervisors or other management personnel to adjust records
(change/add/delete) in addition to base-level activities. The third security
level, an FTP login, has its own username and password which are setup
and maintained by Coats’ corporate IT department. The file naming
convention for the FTP flat file upload also includes the username of
the operator who posts the data, which adds accountability for the data
being uploaded.
Key Factors and Results:
One key factor with the BarCode ID solution for Coats was that all warehouse
program functions could be performed simultaneously. Operators could now
toggle between receiving, put-away, shipping and inventory applications
within one single program. Previously, the Coats system was comprised
of eight separate programs and users had to select and download one desired
function while the handheld terminals were cradled and connected to a
PC. To change functions, users had to return to the central PC, upload
the handheld’s records, select a new function, download the new
function and then return to scanning. With the new multitasking operability
of the BarCode ID program, user efficiency has been greatly improved.
Another key factor is the bilingual functionality built into the system
by BarCode ID Systems, allowing users to switch between English and Spanish
language on demand. In the past, the Coats system was English only and
only one language could reside on each device.
By November 2003, installations were completed at all three initial Coats
facilities in South Carolina, Georgia and North Carolina. The Coats IT
staff has been trained to continue roll-out of the system at 19 other
facilities in North America, Central America, and the Caribbean, and they
have realized significant gains in warehouse productivity and labor efficiency.
With the reporting abilities of their new system and the clean data transfers
to corporate, Coats’ personnel productivity has increased and labor
has become more efficient. Operators save time performing warehouse functions
because all necessary applications are accessible immediately on one device,
and inventory and shipping accuracy have improved. And, with on-the-fly
bilingual access on every handheld device, Coats’ Spanish speaking
users have immediate access to all necessary programs without delay.
Coats North America, Charlotte, North
Carolina, is part of the Coats Viyella Group based in London, England.
As the largest global supplier of sewing thread, Coats North America also
manufactures and distributes a wide array of products for home sewing,
hand-knitting, and crafts projects.
BarCode ID Systems is a turnkey bar
code system integrator and wireless solutions specialist. Established
in 1993 and headquartered in Atlanta, Georgia, BarCode ID Systems provides
supply chain automation solutions to industries including manufacturing,
distribution and life sciences. . With sales offices in Atlanta, Greenville,
South Carolina, Chicago and Boston, BarCode ID Systems provides visionary
solutions, leading edge products, technical ingenuity and industry expertise.
BarCode ID Systems is a Symbol Business Partner, Zebra Premier Partner,
Intermec Honors Partner and Microscan Preferred Partner. Our core offering
includes wireless solutions, bar code printing & scanning systems,
compliance labeling, warehouse and inventorym anagement,
print & apply systems, ERP interfaces, software solutions and media.
Airline Parts Distributor Improves Inventory Efficiency with Data Automation
Download
case study
Avio-Diepen specializes in stock management and spare parts distribution
to Airline, OEM, and MRO customers throughout the world. The company’s
headquarters in The Netherlands had recently automated their inventory
management, but the U.S. facility in Atlanta, Georgia was handling all
inventory manually. Additionally, because their U.S. location did not
have its own on-site IT staff, Avio-Diepen required a versatile supplier
who could provide complete system implementation, installation and training,
as well local support.
The Challenge:
Avio-Diepen Atlanta was handling their entire inventory by hand. With
no scanning systems in place, they were faced with shipping & receiving
inaccuracies, lengthy put-away times, inventory discrepancies and delays
associated with manual data entry. Extra labor from other departments
was necessary, on occasion, to perform manual data entry in the warehouse.
Additionally, as a global commercial aerospace parts distributor receiving
shipments from both the U.S and abroad, Avio-Diepen’s Atlanta location
was faced with the problem of extended shipping times and high costs for
replacement of international inventory.
The Solution:
BarCode ID Systems provided a complete, turnkey RF solution for Avio-Diepen.
In their 20,000 square foot warehouse with a UNIX host, BarCode ID Systems
completed a small site survey and installation of two Symbol 802.11b Access
Points, all cabling and hard installation. Three Symbol PDT-6846 devices,
loaded with VT220 emulation licenses, were used to gain access to the
company's Unix host, which allowed for various warehousing transactions—such
as receiving, put-away, picking and shipping—and a real time link
to the host's database files.
Since all inbound inventory was already bar coded, Avio-Diepen did not
have to mark incoming products. However, BarCode ID Systems provided approximately
10,000 preprinted shelf- and floor-marking location labels for inventory
management. BarCode ID also provided system training and instruction on
the AP and handheld device configuration, as well as a one-year service
contract on the equipment.
The Results:
BarCode ID Systems provided a total solution for Avio-Diepen’s data
automation project. Since system implementation in August 2003, Avio-Diepen
has benefited from significant improvements in inventory accuracy and
reconciliation. Put-away times have decreased and efficiency gains in
picking and shipping have been realized. With the complete elimination
of manual data entry, labor costs have decreased and additional personnel
resources are no longer needed in the warehouse. Additionally, Avio-Diepen’s
improved inventory accuracy has reduced the costs associated with lost
or misplaced product and eliminated the need for emergency product replacement
from overseas.
Avio-Diepen specializes in stock management
and spare parts distribution of factory new certified components to Airline,
OEM, and MRO customers throughout the world. With offices and distribution
centers in the Netherlands, the United Kingdom, the United States, Hong
Kong and China, Avio-Diepen helps customers reduce direct and indirect
costs by reducing lead-times, consolidating suppliers, implementing strategic
supply chain management initiatives, and offering PMA alternatives.
BarCode ID Systems is a turnkey bar code
system integrator and wireless solutions specialist. Established in 1993
and headquartered in Atlanta, Georgia, BarCode ID Systems provides supply
chain automation solutions to industries including manufacturing, distribution
and life sciences. . With sales offices in Atlanta, Greenville, South
Carolina, Chicago and Boston, BarCode ID Systems provides visionary solutions,
leading edge products, technical ingenuity and industry expertise. BarCode
ID Systems is a Symbol Business Partner, Zebra Premier Partner, Intermec
Honors Partner and Microscan Preferred Partner. Our core offering includes
wireless solutions, bar code printing & scanning systems, compliance
labeling, warehouse and inventory management, print & apply systems,
ERP interfaces, software solutions and media.
Textile
Manufacturer Improves Scan/Print System with Automated Print & Apply Download
case study
As one of the leading textile manufacturers and distributors in the southeast,
Dillon Yarn Corp., (Dillon, SC), was faced with increasing production
problems due to antiquated equipment and obsolete technology on their
conveyor lines.
The Challenge:
As a manufacturer running three shifts per day, seven days per week, Dillon’s
productivity was decreasing due to printer downtimes. Their printing equipment
was unreliable and suffered an increasing number of breakdowns and print
quality issues, which caused line backup, manual intervention on the conveyor,
and false or poor reads by the scanners. Additionally, repairs on their
discontinued printers were becoming increasingly difficult due to the
inability to get parts. Because Dillon’s scanners and homegrown
software systems were functioning well, they only wanted to upgrade their
printers & label applicators. Any new equipment had to integrate smoothly
with their existing system and scanners.
The Application:
In Dillon’s facility, boxes of finished yarn spools are packaged
and hand labeled with product lot numbers, then sent down one of three
conveyor lines to be taped, weighed, labeled and directed for distribution.
Each line contains two Accusort fixed-mounts scanners and one Printronix
T1006 tabletop thermal transfer printer, modified with an external add-on
applicator. The first scanner scans the product lot number, prompting
a lookup in the AS400 database for information to include on the 6”
x 8” product ID label to be printed further down the line, including
Lot Number, Description, Color, Quantity, Inspector, Gross Weight, Net
Weight and a Supplier ID number. The box is then weighed on an integrated
scale and moved into position to be labeled.
When the box reaches its exact position to be labeled, a photo eye triggers
the conveyor to come to a complete stop. The conveyor must stop immediately,
with no residual movement, due to the small (125” to .25”)
tolerance for label placement. Label position is vital because the product
ID information will be scanned further down the line by the second Accusort
fixed-mount scanner, which directs the boxes to the correct point for
put away in the finished goods warehouse. The Accusort scanners are straight-line
lasers, not rasters, so label placement in this application is key for
proper scanning position.
The Solution:
BarCode ID Systems replaced the aging and obsolete Printronix printers
and homegrown applicator systems with Paragon automated print & apply
label applicators with Zebra 170PAX3 300dpi print engines and heavy-duty
tamp label cylinders. The label applicators were integrated into the line
and connected to existing PCs that receive product ID data and weight
from the line’s Primary Logic Controller (PLC) and send label formats
and print signals to the applicators. Additionally, output relays on the
Paragon applicators were set to trigger a signal to the PLC to restart
the conveyor after labeling was complete.
The Results:
Dillon realized improved line results immediately after the new equipment
was in place. The clean, quality print from the Zebra PAX engines eliminated
all scanning errors after labels were printed, and their ruggedness and
reliability has virtually eliminated printer downtime and maintenance
issues. Line productivity has increased with the new equipment in place,
and manual intervention on the conveyor due to printer downtime or scanner
misreads as virtually been eliminated.
Located in Dillon, South Carolina and established
in 1968, Dillon Yarn Corp. is a division of Titan Textile Company, Inc.,
(Paterson, NJ). Privately owned and one of the largest employers in South
Carolina, Dillon Yarn manufactures and distributes textured polyester
yarn to industrial and consumer goods manufacturers.
BarCode ID Systems is a turnkey bar code
system integrator and wireless solutions specialist. Established in 1993
and headquartered in Atlanta, Georgia, BarCode ID Systems provides supply
chain automation solutions to industries including manufacturing, distribution
and life sciences. . With sales offices in Atlanta, Greenville, South
Carolina, Chicago and Boston, BarCode ID Systems provides visionary solutions,
leading edge products, technical ingenuity and industry expertise. BarCode
ID Systems is a Symbol Business Partner, Zebra Premier Partner, Intermec
Honors Partner and Microscan Preferred Partner. Our core offering includes
wireless solutions, bar code printing & scanning systems, compliance
labeling, warehouse and inventory management, print & apply systems,
ERP interfaces, software solutions and media.
As a custom molder and extruder of rubber and plastic
products for the OEM automotive market, Chardon, Ohio-based Carlisle Engineered
Products was faced with meeting the stringent GM1724 labeling standard
by December 1, 2000. Carlisle, a wholly-owned subsidiary of the $1.8 billion
Carlisle Companies Inc., Syracuse, NY (NYSE: CSL), was required to meet
compliance labeling mandates in seven of their US manufacturing facilities.
Carlisle began its compliance project by clarifying
specific goals:
1. Replace outdated printing systems to accommodate 2-D bar code technology
2. Generate proper GM1724-A compliance labels in each required manufacturing
facility
3. Establish failsafe redundancies to allow label generation during network
or host outages.
In addition to these primary goals, Carlisle needed
to combine its label printing systems with data from various software
systems on an AS-400 host, including Future Three, a fully integrated
EDI, release accounting, shipping control and invoicing system. Furthermore,
Carlisle's centralized label design center was overloaded with requests
for label format modifications and additions. Carlisle wanted to decentralize
the label design process and empower each manufacturing location with
administrative controls, while adhering to the critical format and design
elements of GM1724-A and other labeling standards.
One Vendor - Complete
Solutions
In bidding for the project, Atlanta-based BarCode ID Systems presented
a "single vendor solution" for Carlisle, along with a long-term vision.
According to BarCode ID Systems' President, Jack A. Tinsley, Jr., "Carlisle
was initially looking for a hardware/software vendor to solve their immediate
GM labeling problem. But with their wide area network, data distribution
requirements and multiple manufacturing facilities, we knew that one resource
and one point of project responsibility would ensure success, now and
in the future." Tinsley continued, "We have witnessed projects where one
vendor is used for hardware, one for software, and one for integration
and support. These types of projects are typically filled with delays,
costly obstacles and accountability issues."
Carlisle agreed. By selecting BarCode ID Systems
as their complete solutions provider, they were able to initiate a corporate-wide
plan of implementation, including equipment and media purchases, system
integration and support. BarCode ID Systems' unified solution created
and delivered value for Carlisle with the following design specifications:
Integrate multiple label printing stations at seven manufacturing
facilities with a central AS-400 network
Expose file system data from two primary AS-400 applications (BPCS
for release data and Future Three for shipping data) and convert to an
NT server
Create a data distribution program on the NT server to identify
facility-specific data, automatically filter to the appropriate facility,
and feed the bar code labeling systems
Establish one host workstation at each manufacturing facility to
receive the distributed data from the NT server, which could then be shared
by other printing workstations
Using the three-tiered protection of LabelVision software, establish
administrative, design and print-only workstations to generate label output
for GM1724, free-form and other label formats while enforcing strict compliance
labeling protocol
Install Zebra 170XiIII thermal
transfer printers with ZebraLink connectivity
for remote administration
Establish the capability to print existing or generate new GM label
templates during network or AS-400 outages
Establish error logs and event histories to monitor error conditions,
system functionality and configuration data Remote Administration Key
to Controlling Costs
With the installation of remote control and administration
software throughout Carlisle's network, BarCode ID Systems installed and
configured over 90% of the new systems remotely. This tremendous cost-saving
step also allowed BarCode ID Systems to update Carlisle's software and
databases, as well as perform remote updates and troubleshooting without
the delay and expense of on-site visits. BarCode ID Systems could tap
into all production PCs to check status, change settings and provide remote
support, and with the capabilities of ZebraLink
print server technology, could change printer settings and monitor progress
remotely. Without remote administration capabilities, the costs for this
project could have easily increased 50%.
Automating GM1724-A
Label Printing
All GM suppliers were required to meet the GM1724 shipping label mandate
by the extended deadline of December 1, 2000. Non-compliant suppliers
could face fines, refused shipments, or loss of quality points. Compliant
labels must have all the required information, use specified fonts and
include bar codes that can be scanned successfully at all points in the
supply chain. Key to the 1724-A label format is a PDF417 2-D bar code,
which Carlisle's outdated printers could not print. BarCode ID Systems,
a recipient of the GM Recognition Award for demonstrated ability to meet
the GM1724 shipping label requirements, developed an application to print
GM1724 compliant labels across Carlisle's manufacturing enterprise.
Using the ActiveX Automation features of LabelVision,
the application developed by BarCode ID Systems provides three methods
for generating GM 2-D labels. The first is an automated process that continuously
searches the AS-400 for new or updated information. Upon finding appropriate
data, the distribution software funnels the information to the proper
manufacturing facility, where GM1724-A labels are generated automatically
on Zebra 170XiIII printers. No user intervention is required. The second
process allows manual selection based on batch release data, and manual
data entry into the compliant label design format. The third process lets
operators reprint a label based on the history of labels that have already
been printed. This threefold architecture gives each location a failsafe
backup to print timely, critical data, even if the network or AS-400 are
down. Each facility can, if necessary, operate as a stand-alone printing
operation.
Each of these methods is valuable at Carlisle's manufacturing
facilities. Automated label printing allows immediate printing of timely
information, thereby expediting the product shipping process. In the event
of a Network or AS-400 outage, individual facilities can still accommodate
timely shipping by manually retrieving and entering data into user-defined
fields on the compliant GM1724 label format. BarCode ID Systems enabled
a fully redundant system throughout Carlisle's manufacturing facilities.
Results Carlisle and BarCode ID Systems have achieved successful results with
the GM label compliance project. All required facilities met the GM mandated
deadline and are printing compliant GM1724 and/or other standardized label
formats easily and automatically. Through their custom-developed application,
BarCode ID Systems brought accurate, timely, immediate information to
Carlisle's manufacturing facilities and minimized user intervention. Resources
throughout Carlisle's enterprise are now maximized and failsafe systems
allow uninterrupted business flow, even during system downtime.
Furthermore, by creating integrated data sources
at each plant, BarCode ID Systems has established the foundation for the
next step in Carlisle's project cycle-lot traceability and shipping verification
via RF data collection and processing. According to Carlisle's Director
of Information Services Kathy Mitchell, "BarCode ID Systems went above
and beyond to hit our project objectives as required within the time frame
specified. Our system was running before deadline and we gained additional
functionality across our manufacturing operation." Mitchell continued,
"As Carlisle's applications expand, we feel confident that BarCode ID
Systems will provide the solutions we require."
Carlisle Engineered Products, Inc.,
is headquartered in Chardon, Ohio, and has eleven manufacturing facilities
in Ohio, Pennsylvania, Michigan, South Carolina, Alabama, and Mexico.
Its custom manufactured products serve the transportation and general
industries.
Wix Filtration, a manufacturer of oil, air, fuel,
cabin interior and hydraulic filters for the automotive, heavy duty, agricultural,
industrial, and specialty filter markets, needed solutions. As part of
the Dana Corporation, one of the world's largest independent suppliers
to vehicular manufacturers and related aftermarkets, Wix's finished goods
labeling system was cumbersome and inefficient at their Gastonia, NC plant.
Despite modern equipment for their finished labeling
operation (up to two Label-Aire print and apply units on multiple lines,
Zebra and/or Sato desktop backup printers on each line, and Accusort fixed-mount
scanners), Wix's software was unstable, difficult to administer, and could
not perform consistently at the necessary production line volume of 70
boxes per minute. Daily system lock-ups were commonplace, causing damaging
down time in a plant running multiple shifts, 24 hours per day, 7 days
per week. Workstations were not connected and operators experienced difficulty
in locating the precise label formats needed for their line from the hundreds
of formats available. Additionally, Wix's line performance was slow and
their fixed mount scanners could only verify one symbology. Customers
required additional symbologies to be printed on cartons, and management
required faster processing times for increased productivity and throughput.
Wix also needed flexibility in their system as they were converting to
Baan ERP. The VAR who installed Wix's existing software worked on solving
these problems for over a year with no success. Wix felt it was time for
a change.
Wix wanted a solution from one single company who
could supply and take responsibility for all aspects of their entire project,
(including the software, scanners, printers, service, media and supplies).
If successful, the solution would be installed in seven plants across
the country. Wix had a vested interest in their existing equipment, so
any solution would have to use that machinery. After reviewing bids from
three VARs (including their existing supplier), Wix awarded the project
to Atlanta-based BarCode ID Systems, who produced and presented a working
prototype of the software before the contract was even awarded. According
to BarCode ID Systems' President Jack Tinsley, "We knew it would be vital
to prove to Wix that we could accomplish what they required when it was
our turn to present the project bid. What better way to show them than
with a working prototype that could outperform their existing system,
even at the development stage!"
System Requirements
Wix's software specifications were demanding and required the following
from their new system:
Multi-platform integration. System must work with PC, AS/400 and
Mainframe platforms including an HP9000.
Stable, fully redundant and fault tolerant. System must function
seamlessly, even if the local area network went down.
Database-driven. Minimal number of user actions required to extract
and validate all product and label information.
Redirectional system output capabilities. Operators must be able
to direct output from within the software to different print & apply units
and scanners. Their existing system relied upon the use of two A/B switchboxes
(one for the printers and one for the scanners), which also caused system
crashes.
Job queuing capabilities. Users must be able to save and release
jobs to print at a later time.
Immediate data validation and input restriction.
Centralized administration of database and label formats. Relationship
controls must be in place between any given label format and the manufacturing
line that uses it.
Verification of multiple symbologies (Code 39, UCC 128, UPC-A)
based on database values. Old system could only verify one symbology (Code
39).
Improve system performance to < 10 seconds to print each label.
Existing system took up to 45 seconds to load the label format and scanner.
The Solution
In response to the above requirements, BarCode ID Systems proposed a two-tier
architecture approach, which was comprised of a front-end interface and
an intelligent, data-driven and fully automated print engine. BarCode
ID Systems wrote a custom Windows interface for the PC/LAN platform that
would support data from AS-400 and Mainframe platforms. The print engine
would constantly check for the existence of the data file created by the
interface application, and based on the information in the file, the system
intelligence could automatically create the associations between the data
fields and the label design fields, use the appropriate label format,
and direct output to the appropriate device.
Using Wix's existing data, BarCode ID Systems created
a new model and structure to dynamically find the proper label format
when directed by an operator. Operators would simply select a format name
and print destination, and labels would be printed and verified online
within 4 to 5 seconds, not 45 seconds as with their previous system. By
making the entire solution database driven, BarCode ID Systems brought
operating simplicity to all levels. Rather than searching through hundreds
of label formats used throughout the plant, line operators would only
see the label formats required by their line. Label format management,
a key component to the solution, was now intelligent, not disconnected.
Results
The results of this project have been phenomenal. Wix has gone from experiencing
daily downtime and system lock-ups to a stable, intuitive, easy-to-use
system that performs as promised. Label production and verification times
have dropped significantly from 45 seconds for the first label out to
4 to 5 seconds, surpassing Wix's requirement of 10 to 15 second print
times by 300%. The project has now been installed in seven of Wix's manufacturing
facilities throughout the country. "We are at least 200% of the original
system from a functionality and performance standpoint," boasts Tinsley.
"We came into this situation faced with very high system requirements,
poor previous system performance, and minimal-if any-existing system documentation.
I am proud to say that we have met, exceeded, and expanded upon every
aspect of this system, to the delight of Wix."