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Barcodes for Manufacturing

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Introduction

An explanation of how barcode technology can save time, reduce costs and improve quality for a manufacturing process.

Application of Barcodes

Barcodes can be used to identify inventory, identify individual items as they move through a process, or identify specific batches. They can identify individual operators, so that a record is kept of who did what. This information can be used to identify and eliminate bottlenecks, eliminate delays due to out of stock situations, and improve quality.

Managing inventory

Perhaps the simplest application. With handheld computers and barcoded labels for SKU and location identification, inventory checks can be completed easily, quickly and accurately.  The same tools are used for put-away and picking, to maintain a moving inventory count. An MSL (minimum stock level) feature in the software helps ensure that stock is replenished in a timely fashion, avoiding disruption associated with shortage of raw materials.

Managing WIP (Work in Process)

By attaching a tag with a UIC (Unique Identification Code) to each item or each batch, progress through the manufacturing process can be recorded and subsequently analysed. When items have to be prioritised, they can be easily located. Tracking the arrival at each workstation can be achieved with fixed or tethered readers, and for items moving slowly, a single handheld computer can be used to track daily progress

Regulatory Compliance

In many processes there is a step which must be tracked and recorded. Perhaps a calibration, a sealing process, an inspection, or confirmation that a specific test has been conducted. The use of barcode technology facilitates the collection and management of certification

Traceability

In some industries, particularly food or aerospace, there is a requirement for traceability. Bar code technology enables materials to be tracked from receipt to shipping. In one recent case we tracked every component for an aeronautical application from receipt to shipment.  In a system with several thousand components, the date of receipt and lot number of every item could readily be identified.

Conclusion

Barcode technology enables large amounts of data to be collected without adding to the overhead of manufacturing tasks. Immediate benefits include the reduction of paperwork, and the timely dissemination of information related to manufacturing. Although there are considerable savings in reduced time required for routine operations, the biggest benefit is the reduction of time wasted dealing with unplanned disruption due to misplaced WIP or shortage of raw materials.

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If you found this useful, you might also want to review:

- an introduction to barcode technology

- an introduction to RFID

- handheld computers

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SageData is based in Ottawa, Ontario, Canada.

We design, supply and support systems built around RFID, Barcodes and Handheld computers.

For further information, or for advice and assistance with your application, contact Doreen Wallace or Keith Jackson.

Click here to reach SageData by email.

To reach us by phone:
from outside Ottawa, dial 1-888-838-1067
from Ottawa, dial 613 225 4404

Thank you for your interest in our products and services.bar SDSQAP - SDSREF7305

Workabout Pro Handheld Computer
Memor rugged hand held computer from Datalogix
Barcode readers tethered Symbol LS2208
Barcode Reader, Cordless, from Symbol
RFID and Barcode Reader

for file tracking, library and asset management

DS9808
RFID Reader
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