Difference between barcode reading and barcode ... · The LVS-7500 integrates with the Printronix®...
Transcript of Difference between barcode reading and barcode ... · The LVS-7500 integrates with the Printronix®...
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Understanding Verification
Date: Nov. 2017
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Takeaways
Difference between barcode reading and barcode verification Barcode verification standards Ramifications of not having a barcode printing process in
control where bad barcodes might be printed
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BARCODESAre the World’s Least Expensive and
Most Reliable Method of Recording Data
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Verification
Verification is a method of analyzing a printed code against a published specification to determine whether the barcode is compliant to data structure specifications and will scan properly Microscan verifiers ensure
compliance and can also determine defects in printed codes that may affect readability.
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Barcode Readers Compared to Barcode Verifiers
A barcode reader will: Recognize the barcode symbology Read the content of the barcode Transmit the data
A barcode reader will NOT: determine whether the barcode complies with
standards determine the quality “grade” of the barcode
A barcode verifier is a precision instrument used to determine barcode accuracy and quality
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Verification Testing
Can you test a barcode with a scanner? No. Scanners cannot test the reflective and contrast properties of the barcode because they are positioned at a predictable distance and angle from the barcode. It is important to test reflectivity and contrast because it is an essential quality in any barcode, and if fails to meet minimum standards, accurate product identification is jeopardized. (Uncontrolled Set-up)
How do you test barcode quality and accuracy? Only with a verifier. Only a verifier will tell you when barcode quality is degrading during the printing operation, and help determine how to improve quality. With this tool, the printing process can be proactively corrected, providing protection against potentially damaging barcode errors. (Controlled Set-up)
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Why is Verification Important?
Barcodes are predominantly used in the supply chain to identify and record the movement of goods (track and trace).
• Any barcodes that are not decodable in the supply chain can cause a breakdown in traceability and inefficiencies in the system.
Verification protects the benefits of using barcodes for automation.
• Speed, productivity, cost savings, and reduced errors.
Barcodes that comply with ISO standards are decodable using any scanner from manufacturer to customer.
• Even if a barcode reader can decode a symbol, it may contain flaws that do not pass the quality standards of the customer.
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What about Validation?
If my printed barcodes are verified to an ISO print quality standards are they also validated? It depends on the
capabilities of the verifier.
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Validation
Validation is the process of checking that the proper data has been encoded within a barcode.
• As an example, is data in the expected sequential order? Is it in the expected random order based on a database lookup (matchcode)?
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Barcode Verification
Verification is an objective, precise standardized measurement of the quality of a barcode symbol. It is a predictor of how well a code will be able to be read throughout its life cycle.
Without verification, bad barcodes are not identified until they are unreadable. By the time a bad barcode is identified, several poor-quality barcodes may have already escaped down the line.
With verification, bad barcodes are prevented from being applied to the product, eliminating the chance for future failures.
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Verification
• The verification test specifications are defined in the following globally accepted standards:
ISO/IEC 15415 and 15416 - Barcode print quality test specifications, as applicable.
ISO/IEC 15426-1 and ISO/IEC 15426-2 - Barcode verifier conformance specifications, as applicable.
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Analyzing Your Print Quality
Microscan verifiers are designed easily and rapidly identify barcode problems, helping with resolve print quality issues to avoid product identification problems throughout the manufacturing and logistics supply chain
If defects are present, the verifier will locate and highlight the defect
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Advantages of Verification
“High Quality” barcodes scan on the first attempt every time allowing end users to take full advantage of their scanning investment
• Higher productivity• 100% traceability• Fewer errors• Less operator frustration
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Advantages of Verification
“High Quality” barcodes give you the assurance that your customers will be able to scan your barcodes on a broad variety of barcode scanners.
• Avoid customer fees• Avoid rejects• Limit returns and scrap
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Risks of Not Verifying
• Lost or misinterpreted information
• Increased labor cost• High dollar re-labeling
costs• Increased errors• Product recalls• Rejected shipments• User dissatisfaction• Retail vendor compliance
penalties
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Violation of compliance standards may result in fines known as “chargebacks.” Updating systems with verification
represents an up-front investment that will reduce costs in the long run, both from fees, and from time wasted identifying the cause of each chargeback. By far, the most common reason that
vendors incur chargebacks from their customers is barcode quality.
Vendor Compliance Penalties
http://www.vendorcompliance.info/retailrs.htm
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An incorrect label can be costly if unverified…
More information at: www.verifiedlabel.com/knowledgecenter/know-barcode-compliance-program-requirements.aspx
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Protect Your Investment with Verification
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Microscan Verifier Overview
Date: Nov. 2017
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Takeaways
Microscan has a full line of on line and off line verification solutions for a wide range of industries and applications
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Microscan Strengths in Print Quality Inspection
• Currently selling verification products to 90+% of top 25 global medical device and pharma manufacturers
• ISO 15415/15416 barcode verification for most relevant barcode symbologies and application standards (GS1, HIBC, etc.)
• GS1 U.S. Member and Solution Partner
• Only supplier of integrated into the printer solution that verifies barcode quality and performs print quality inspection to detect all label defects
• Integrated solutions with Zebra, SATO, Printronix
• External solutions for Honeywell, Toshiba, CAB, others
• Global sales and support, both via factory representatives in all regions, as well trained Partner Network in Americas, Europe, APAC
• Engineering team actively working on next generation print quality inspection products
Microscan Confidential
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Off-Line vs. In-Line Verification Systems
In-Line Verification Off-Line Verification
100% label inspection, automated process Used for random sampling, manual process
Requires integration with label printing equipment or label “rewinder”
Sampling interval defined by the labeler, but typically at beginning and end of label production run
Not possible for direct part marking Off-line verifiers can inspect both labels and direct part marks
FDA does not mandate how labels should be inspectedOff-line inspection is an economical and easy way to begin an
label verification program Combination of off-line and in-line inspection is possible
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LVS-95XX Series: Off-Line Verification Systems
Verify 1D (linear) barcodes and 2D symbols Used after barcode or label creation to ensure proper data
encoding and print quality, in addition to quality assurance Comply with 20+ specifications, including GS1Grace to ISO/IEC 15415/15416 print quality standards Ensure 100% label quality Intuitive advanced Software diagnostics, and detailed
Verification Reports
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Standard and Optional Software Features
Software Feature Standard Optional
Verification to 25 application standards
Advanced bar code defect analysis
Reports
EAIV Data Matching for GS1 AI data
Multi-Sector Verification
Auto Log-In
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LVS-9510 Desktop Verifier
Housing: 9”D x 11”W x 11”H• Window is fixed 5x7”
5 field of view options, with different minimum x-dimensions Monochrome, 5MP camera USB 2.0 12V power supply (for White LEDs) Window Options: Red (660nm) Filter standard
• Clear Option (Colored Barcodes) for 3”,4.5”, and 6.25”• Replacement Windows available: Window/Filter only & in-frame
USB Drive with Software and Manual, DoC, Calibration Card included Multiple Conformance Test Card accessories
• EAN/UPC, DataMatrix (2D), GS1-DataBar, GS1-128
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LVS7500/7510 Overview
Provides print quality inspection and barcode verification for: Thermal Printers Most desktop thermal transfer printers with I/O input and speeds of 25
cm/sec (10”/sec) or slower
Confirms the accuracy of the printed label image to user defined levels ensuring quality standards are met
Key Features: Barcode Validation (for multiple codes) Barcode Verification to ISO Standards Blemish Detection OCR & OCV Number Validation (Serialization Check) Data and Code Matching
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LVS-7510 Zebra Integrated Kit
Integrates with Zebra’s® Xi4™ Series industrial printers (models 110Xi4™,140Xi4™, 170Xi4™, 220Xi4™)
LVS-7510 integrated with Zebra printer. Readhead is opened to show sensor.
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LVS-7510 Printronix Integrated Kit
The LVS-7500 integrates with the Printronix® T8000r thermal printer for 100% print quality inspection.
If errors are detected, the LVS-7500 signals the printer to pull back the label with the bad barcode, overstrike the entire label, and then reprint the label for another inspection. Note that this reduces the effective label production rate by about 50%
Ensures that bad barcode labels do not go undetected and get into production or distribution environments.
T8304 T8308
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Verification Demo