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The Latest technologies for UID scan

UID scan requires proper decoding system. With the help of latest technologies UID scanning have been made easy and effective.

What is UID Scan?

UID scan is an application developed for the UID customers to read 1-D barcodes or sophisticated 2D barcodes with integrated UII data syntax filtering. The outputs of the scanning are directed to the WinXP, Vista or Linux application of the scanner without the help of special software setup application or drivers. Apart from scanning 1-D or 2-D barcodes and OCR text fonts, the UID scan helps to validate proper UID syntax and provide formatted UII data.

About The Latest Technology of UID Scan

Of late, UID scan have been a sophisticated process and latest technologies have been introduced to the scanners of the new era. The state of the art technological applications has simplified the read part and serial numbers and vendor ID values. The UID scanner required for sophisticated UID scan should feed into multiple data fields. Let’s discuss about the benefits of latest technologies in UID scanning.

High Technology at the Rate Of Low Cost

The latest techniques of UID scan have revolutionized the process with the help of high-end scanners. The UID scan of 1-Dor 2-D barcodes have been made easy with the as the high tech scanning process allows clear reading of data with multi-role barcode readers. They also boast sophisticated data analysis capabilities at a low cost. Valid scanning is a crucial part while decoding the barcodes. Hence, it requires a scanner that can check the data for correctness and provide only valid UII data.

No Software Needed

These days, the barcode scanners are developed with technology that doesn’t require any hardware or software ‘wedge’ to scan the 1-D or 2-D barcodes into a computer. If the UID scan is processed through a USB-cabled scanner, it doesn’t even require the optional setup utilities. This process has simplified the approval process of the Department of Defense (DoD).

QC Validation for UID

For UID scan, proper decoding process is crucial as data syntax errors are common with UID barcodes . Hence, the UID costumers need a solution that can offer a quick and reliable quality control check. With modern UID scanners provide a complete quality checking system that assures the customers of getting the outputs.

No Middleware Costs

Conventionally, the data structure required ‘middleware’ conversion utilities to get converted within a barcode to the proper UII format. These days, the process of UID scan has been made easy with the help of sophisticated scanner that can directly scan the barcodes into PC applications.

Earlier, it was difficult to decode some of the ‘hard-to-read’ marks and labels. UID scan and scanning of direct part mark required high-end scanner with sophisticated lighting and developed decode algorithms. The latest scanners are designed with mechanisms that demonstrate exceptional scanning abilities by decoding even the ‘hard-to-read’ barcodes. The UID scan has been made easy even on the curved and metallic surfaces.

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Significance of Laser Marking on UID Registration Products

Marking on the UID registration products are crucial before there submission to UID registry and laser marking is one of the efficient ways to do that.

It is mandatory for the UID registration products to have unique identification marks on them before they are submitted to the UID registry. The UID laser marking techniques bear huge significance for the marking procedures. As per the mandate of DoD the product identification must be directly as well as permanently marked on the surface of the part. As direct part marking and permanent identification are crucial to enhance traceability of the items, a reliable marking procedure is worth considering. Among all the identification marking technique for the UID registration products, UID laser marking is regarded as the most efficient and accurate one.

UID Markings for UID Registration Products

It is essential for the UID registration products to have the UID labels that comply with the UID policy. The marking is done with 2D data matrix codes that are encrypted to the surface of the products. The data of the UID labels are encoded with a specific language and format to be etched on to the surface. While scanning the data of the items, the codes are decoded with the help of Automatic Identification Technology. The coding and decoding technology of the laser marking system ensure highest level of security for the products

Advantages of Laser Marking for UID Registration Products

The UID mark validation and the UID quality verification that comply with MIL-STD-130M have to undergo several techniques. To ensure that the marks on the UID registration products are legible for the life of the product, the DoD has implemented UID policy for the contractors. The immense popularity of the laser marking procedure is due to its benefits over the other methods of labeling.

  • The data required for the marking include enterprise identifier and unique number of the items. The higher resolution capacity of the UID laser marking enables embedding of more data in the UID mark.
  • Other marking techniques such as chemical etching, silk screening, mechanical engraving, pad printing, and some of the other low-quality methods are can not be considered as environment-friendly methods. On the other hand laser marking is surely an organic option to all these things that reduces carbon footprints.
  • Laser engraving and laser marking are exclusive techniques of identifying as well as decorating the UID registration products.

Other benefits of laser marking for UID registration products

The 2D data matrix symbols help the DoD in

  • boosting the inventory accuracy
  • sourcing the items on property accurately
  • enhancing access to lifespan of items and part history during design
  • decreasing workforce burden through increased productivity and efficiency
  • reducing inventory management cost.

one of the most noteworthy aspects of laser marking is it can imprint the marks on any surface including auto parts, glass, plastics, pharmaceutical tablets, stainless steel, crystal, et all.

The UID verification of the UID registration products are changing faster and becoming more complex. Hence, the contractors and the suppliers need to understand the mandate of the DoD to comply with the UID program. UID laser marking can provide end to end solution for the requirements of UID registration.

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Direct Part Marking: Meaning, Methods and Benefits

Direct Part Marking is a method of marking parts permanently with the help of barcode technology. Direct Part Marking helps in tracking the parts through their entire life cycle. However, whether the marking on a part will last a lifetime depends largely on the part itself. For instance, the parts used in the Aerospace Industry last as long as 30 years while the parts used in the computer industry last about a few years.

Applications of Direct Part Marking Methods

The process of Direct Part Marking is predominately used by electronic, aerospace and automotive manufactures to ensure reliable traceability of their parts and products in the long run. Direct Part Marking helps for data logging for safety, conforming to various safety regulatory requirements and also in warranty issues.

Direct Part Marking and Department of Defense

As per the mandate issued by the United States Department of Defense, all tangible assets must have a physical mark on them in order to be compliant to the Item Unique Identification standards.

Advantages of Direct Part Marking Methods

Direct Part Marking entails numerous advantages for product manufactures that are essentially dependent on ensuring lifetime traceability of their product items for various purposes. Especially, it helps in tracking defense related items starting from their date of manufacturing through their entire life cycle. There are many benefits that make the use of direct part marking a bare essential amongst many manufactures around the world.

  • The favorable economics of high-performance, lightweight engineering plastics parts replacing traditionally more expensive metal parts
  • The indelible, high-resolution alphanumeric and machine vision codes which the direct part marking produces
  • The growing requirements for component traceability and product unique identification (UID)

The Most Popular Direct Part Marking Method

Direct part marking is a 2-dimensional barcode which offers lifetime traceability for item components. Usually these codes appear very tiny in the normal vision; however, they contain all the critical information about the items. Since the codes are machine readable, any possible human error is removed. Of many common direct part marking methods available in the industry, Inkjet Part Marking technique is the most popular and is used mostly in the aerospace, electronics, automotive, lumber, home building products, food, medical and packaging industries. As compared to some other means of direct park marking, inkjet part marking offers better resistant for long duration. This marking produces the best quality marks possible on most building products. Aside from the DoD military mandate, manufacturers of many commercial industrial products ranging from automotive, pharmaceutical, and packaging to electronic and consumer goods are now into implementing Inkjet Part Marking as the best form of Direct Part Method.

Other Direct Part Marking Methods

The digital process technology is another popular method of Direct Mark Method which is ideal for a wide rang of items especially 3D plastic products as the process yields high-contrast indelible markings and does not require consumables or curing, thus making it one of the most economical direct part marking solutions. Digital process technology is very helpful for micro-marking when there is limited surface area on a product. Alphanumeric, logos, or schematic diagrams; all can be printed even in the smallest size machine vision codes.

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A Brief Account of Anodized aluminum blank nameplate

For the government contractors, willing to submit their items to UID registry , the Department of Defense has implemented ISO marking standards. The ISO/IEC 15426 section 2 of the MIL-STD-130M standard handles the classification of 2- Dimensional bar coding. However, the Department of Defense gives priority to the levels or plates mode of marking instead of direct part marking. As per the authorization of DoD, only 20% of the UID markings will be by direct part marking and the rest 80% will be on nameplates or levels. For bar coding, the traditional nameplates are made up of several metals such as stainless steel, brass and aluminum. Anodized aluminum blank nameplate is considered standard form as it offers better durability. These long-lasting aluminum nameplates are used for bar coding for their sunlight and heat resistance quality and better abrasiveness.

In fact,the durability of the anodized aluminum nameplate material is due to its flexibility and thinness. Apart from being quite strong, the metal is lightweight and they posses the quality to easily bend around the products. Again the aluminum nameplates are anodized to make it resistant to excess heat, abrasion and chemicals. The anodized aluminum blank nameplates are also ideal for aerospace industries, commercial and industrial use as they can survive harsh climatic conditions and extended exposure to UV rays with little damage. Apart from the basic metal colors, the nameplates can be coated with several other vibrant metallic colors such as gold, purple, copper and dark blue, but the color is chosen once the nameplates are anodized.

The anodized aluminum blank nameplate can resist temperature up to 900°F-1200°F as they are made of durable anodized aluminum. Apart from this, the anodic layer of the aluminum protects the item info as well as the logo from chemical abrasion and high temperature. Also the nameplate offers the clarity of the product code info and the logo. The aluminum nameplates are widely used for the low tooling costs of decorating and serialized numbering on them. The adhesives are generally not recommended for the nameplates as they are required to resist high temperature.Rather the anodized aluminum blank nameplates ought to be used with holes or mechanical fasteners.

Often, the anodized aluminum blank nameplates are personalized as per the requisite of the manufacturers. Of late, a new form of anodized metal nameplate, also known as photo anodized metal nameplates, has been widely in use. These superior quality nameplates possess the features to resist extreme environmental conditions,increased heat (more than 1000F), and more harmful UV rays. These nameplates are also coated with anodic layers of aluminum that makes them as durable and safe as the anodized aluminum blank nameplates . Along with the basic mechanical fasteners, the new kinds of photo anodized nameplates come with pressure-sensitive adhesive.

As the photo anodized metal nameplates can reproduce logos, black copy and barcodes photographically, they are more useful than the anodized aluminum blank nameplate . They ensure reliable and accurate reads. Apart from the specially matched adhesives they have optional intensification process to resist increased heat and advanced image resistance for different environmental conditions.

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Tesa Tape- The Perfect Packaging Solution

Packaging is one of the significant factors influencing your business that deals with extensive shipments. Apart from analyzing the factors such as materials and transportation methods of the goods and items, the other important factors include packaging. In fact packaging of shipments is important for convenient transportation and safety of the items. For reliable packaging, carton sealing tapes and proper packaging tapes are important.

Proper sealing tapes bear a significant importance for packaging. If your shipments are not packed properly chances are high of your losing revenues as you might end up with damaged shipments and wasted man power. On the top of it, the time consumed for claiming the damage is too much. So proper sealing is really important for your business. And, when sealing tape is considered, Tesa Tape is the most reliable one that delivers great results. These tapes offer a wide range of packaging applications.

You can find varied ranges of packaging options with Tesa Tapes and each of them have proved quality packaging. The tapes top any other products of this kind with their printability and several other features. The types of Tesa Tapes with their characteristics are discussed bellow.

Fastening Tapes:

For the business that requires packaging with an extensive variety, temporary Tesa Tapes or fastening tapes are most reliable and cost-effective solutions. It can support plate mounting, splicing and permanent bonding. They can withstand adverse weather conditions, high temperature and can be applied on any surfaces.

Masking Tapes:

The extensive use of masking tapes is noticed in the field of furniture manufacturing, metal finishing and in the transportation industry. For the transportation purpose the Tesa masking tapes are one of the secured options. Tesa masking tapes offer quality performance with amazing holding power, clean removal and superlative resistance under extreme and humid temperature conditions. The tapes also withstand adverse climatic conditions. To top it all, the masking Tesa tapes are secured and safe for transportation purpose.

Packaging Tapes

This kind of Tesa tapes are especially meant for the packaging purpose and are reliable for cardboard boxes and opening envelopes. They also offer a wide range of applications including palletizing, carton sealing, easy opening and surface protection. These Tesa packaging tapes also offer exceptional printability. Moreover, these tapes are a cost-effective solution to packaging.

Auxiliary Tapes:

Wide ranges of packaging solution such as cloth tapes and other polyethylene products are also available with Tesa tapes. Apart from , other packaging options such as transparent cellophane tapes and paper bandolier tapes are also available for packaging with Tesa Tapes.

Teas tapes are right options for any kind of packaging needs where it requires easy removal, improved handling and demounting and high quality print results. With Tesa Tapes you can get superior bond even on difficult surfaces, high shear and age resistance. If you are looking forward to superior bonding and high performance in packaging Tesa Tapes are best options for your business.

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The UID Registry Submission Methods and Strategies

For all the Government furnished goods and items, it is essential to have UID labeling or marking before they are submitted to UID registry . The UID registry has been implemented by the Department of Defense (DoD) from November 2004. The strategy of the DoD is to complete the identification marking process of all the tangible items by 31 December 2010. The unique identification labels are designed to identify the items uniquely so that it will be easier for the DoD to keep records of all the items- their acquisition, repair and maintenance. Basically, UID Registry is a software system that is developed to enable the DoD maintain the records of different tangible items according to the UID standards. It can be said that UID labeling and marking procedures are a part of serialization tracking program of DoD.

The Methods of UID Registry submission

As the UID registry submission is a part of DoD’s programs, it is very essential to have data accuracy for the process. The issuing agency code (IAC) on the items is important to be mentioned. Besides, the construction type info such as construct #1 and construct #2 are the other important details to be mentioned. the other important thing to be mentioned is the concatenated human readable UID, which is from the 2 dimension matrix bar code by scanning to the decoding software.

The process of submitting data to the UID Registry involves several important methods. The most frequently used method in the process is reformatting the data in an XML transmission. The steps of the submission process are discussed bellow.

UID Registry schema Review

The latest version of UID Registry schema available is 3.0. Before the data is submitted to the UID Registry and before the file is converted to the XML format, it is crucial to check that the external file from the property management database is prepared according to the UID registry requirements. Supporting the GFP, the latest version of the schema has undergone many changes.

Data format Adjustment

Usually, the data format requires certain changes to match the requirements of the UID registry. The process may be a bit time consuming as the entire format of the data should be prepared in accordance with the UID registry maintenance team. Even, the data needs to be exported to the specific manipulation files depending upon the products.

Submission to UID Test Registry

Although the data is formatted into a transferable XML document, it is not submitted to the UID registry directly. Rather, it is submitted to a test registry before making its way to the UID Registry. The file is sent to a GEX certified VAN provider once it is approved by the UID production. The GEX certified VAN provider ensures that the submitted files reach the UID Registry FTP servers.

UID Registry Approval Updates on the Website

It takes at least 24 hours for the files to reach the UID Registry after they are submitted to VAN provider. The approval of the submission is displayed on the UID Registry website.

The UID submission process has been made easy by the DoD that allows the Wide Area Workflow (WAWF) software solution for the submission process. The paperless method enables the contractors to submit appropriate information and get their approval receipt with just a few clicks of mouse.

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