What is LPN labeling and how it can help speed up logistics

LPN labeling is integral to an internal track and trace system, applicable across various processes. This facilitates real-time visibility into inventory levels, goods’ whereabouts, and order statuses. An LPN label, short for License Plate Number, features a unique reference number. These pre-printed labels are designed to adhere to a single pallet or box.

Each product packaging, whether it’s a box, envelope, bag, or container, receives an LPN label. Information pertinent to the respective packaging, such as relevant dates, batch numbers, color codes, or hazards, is linked to the License Plate Number. When the LPN label is scanned elsewhere in the warehouse, the responsible party gains immediate insight into its intended actions, destination, contents, and associated hazards.

Trends in LPN labeling

The demand for color, color variations, dynamic content, and durability in LPN Labels is on the rise. Colorful labels are easier to identify on pallets of boxes and can convey important information such as arrival status, recipient details, destination, or other relevant data.

While lesser quality paper is typically sufficient for many applications, LPN Labels are inexpensive consumables. However, there’s a growing demand for longer-lasting LPN Labels. Consequently, there’s a trend towards using polycomposite materials that offer increased durability and resilience to changing conditions.

How to switch to LPN labels ?

The growing demand for LPN Labels is reshaping label production. Strength Bartech is at the forefront, manufacturing LPN Labels with high quality and precision to enhance logistics processes. Customers can rely on our labels to expedite their operations, ensuring that barcodes are scanned accurately on the first attempt, with correct data reading, fulfilling their intended purpose.

The efficiency of the entire order tracking process hinges on the capability of the scanner used to read the LPN barcode. The speed and capacity of the scanner directly impact the quality of barcode reading, necessitating careful consideration of the label’s material and ink.

The best way to produce LPN labels

Depending on the label quantity and application requirements, Strength Bartech collaborates with the customer to identify the most cost-effective solution for their company. Factors such as whether to utilize thermal printing with a ribbon and the choice of label materials (paper, plastic, or adhesive) are carefully considered. These decisions directly influence the label price and the overall efficiency of the solution.

To ensure that the labels meet application needs effectively, we also provide the appropriate labeling system. This helps prevent issues such as premature or delayed label detachment, which could potentially cause process delays.

Serialisation software for LPN labeling

Strength Bartech provides a complimentary database management system to ensure accurate serialization of LPN labels, thereby preventing duplicate barcode labels. This feature is particularly crucial in scenarios where multiple warehouses or locations operate within the same Warehouse Management System, especially in industries like pharmaceuticals.

Additionally, Strength Bartech offers a specialized serial barcode program to further streamline the serialization process and enhance efficiency.

LPN labels are available in various formats to suit different needs. Here are some common formats:

1. Single rolls: Standard rolls containing consecutively printed barcode labels, available in various sizes.

2. Single Twin Rolls: Rolls with two identical labels placed next to each other or after each other. These are commonly used for processing smaller pallets, crates, or boxes.

3. Single Dual Rolls: Labels featuring two sets of contents per label, often applied around the corner of a pallet and ordered sequentially.

4. Dual Twin Rolls: Labels with two sets of contents, each with an exact copy next to it on the roll. These are typically used in large distribution centers handling sizable pallets, where labeling on up to four sides of a pallet is necessary.

Delivery schedules for LPN labels

Strength Bartech supplies LPN labels to large online retailers, distribution centers, e-fulfillment companies, and e-commerce logistics operations. To ensure seamless logistics operations, we meticulously manage our LPN label stock and prioritize timely delivery. Leveraging the global network of Weber Marking Systems, we guarantee prompt production and delivery of LPN labels whenever needed.

In addition to LPN labels, Strength Bartech offers comprehensive labeling and printing solutions for production and logistics processes. Our offerings include top-quality label printers, print ribbons, and ink cartridges from leading brands, making us a trusted partner for labeling and coding needs.


Distinguishing Between EAN and UPC Codes: Understanding the Differences

EAN and EAN codes represent distinct concepts, yet confusion frequently arises as some individuals mistakenly consider “EAN” to be interchangeable with “EAN code.” This misunderstanding is compounded by the continued use of EAN codes, despite the discontinuation of the EAN system, further aggravates the confusion.

What does ‘EAN’ mean?

EAN, which stands for “European Article Number,” was initially introduced by the predecessor organization of today’s GS1 to assign individual article numbers to European products. However, in 2009, the EAN system was superseded by the 13-digit Global Trade Item Number (GTIN).

Clearly labeling articles and their variations is crucial for ensuring traceability and streamlining or automating production management throughout the entire supply chain, up to the point of sale.

What is an EAN code?

The EAN Code is a barcode type designed to encode an article number. Initially, EAN codes were solely utilized for encoding “European Article Numbers” (EANs). However, since 2009, EAN codes have been employed for encoding GTINs (Global Trade Item Numbers). In addition to one-dimensional EAN codes, GTINs are now also encoded in two-dimensional codes such as data matrix codes.

What are EAN codes needed for?

The utilization of EAN codes for the unique identification of goods offers numerous advantages. Through standardization, articles can be identified globally without any overlap. Automation facilitated by the coding ensures secure readouts, thus minimizing typing errors and mistakes. This simplifies warehousing and the overall movement of goods. Moreover, EAN codes also provide advantages in retail settings. Eliminating the need for price labels on goods, items can be quickly scanned at cash registers, streamlining checkout processes.

Which EAN code variations are available?

The two most significant variations of EAN codes are:

1) GTIN Code (formerly EAN-13 Code)

The EAN-13 or GTIN code is considered as the traditional EAN code, containing the complete GTIN.

Structure of the GTIN code

The GTIN or EAN-13 code comprises a barcode and 13 numbers:


The GTIN is encoded within the barcode. Reading from left to right, the code includes the following components:

– An edge marker

– The encoding of digits two to seven of the GTIN

– (The first digit of the GTIN is also encoded within these numbers through a special sequence of even and odd digits).

– A middle marker

– The encoding of digits eight to thirteen of the GTIN

The barcode consists of black and white lines of varying widths, forming a binary code system composed exclusively of zeros and ones. In the EAN code, black lines represent ones and white lines represent zeros. To ensure the code can be read in both directions, the first digit on the left is always odd. This allows the scanner to recognize the reading direction and rotate the code during decoding if necessary.

Alongside the barcode, the EAN code includes the repetition of the corresponding GTIN in plain text, positioned beneath the barcode. The first digit appears on the far left before the first edge mark, with the remaining digits located beneath the section of the barcode in which they were encoded.

The Global Trade Item Number (GTIN) consists of the following components:

– A two-digit country code

– A five-digit manufacturer code (together forming the unique “Global Location Number” or GLN)

– A freely chosen sequence of digits

– A check digit (the 13th digit of the GTIN, recalculated for each sequence of digits)

Application Areas of the GTIN Code:

This code is utilized to identify products in retail settings, enabling scanning at supermarket checkouts, among other applications.

2) The GS1-128 code (formerly EAN128)

Structure of the GS1-128 Code:

The GS1-128 code encompasses a range of information, including quantity, weight, or price, with the capacity to encode up to 48 user data. Unlike other EAN codes, GS1-128 can encode not only digits 0 to 9 but also upper and lower case letters, along with other characters (totaling 128 different characters of the ASCII code). Users can easily generate the code themselves.

Application Areas of GS1-128 Codes:

The GS1-128 or EAN-128 code offers versatile application possibilities across various sectors such as retail, logistics, mail order, or food labeling.

Obtaining the EAN Code:

“Without GTIN, no EAN code” states GS1 Germany, the central issuing agency for GTINs in Germany. GTIN codes can be requested from there.

Printing EAN Codes – What You Need to Know:

We understand the critical aspects of printing EAN codes. Print quality is paramount to ensure error-free scanning. To achieve this, we provide the appropriate hardware for marking your products with EAN codes, such as labels.


Choosing Between Resin vs Wax Ribbons: A Comprehensive Guide

If you have a barcode label printer or are considering getting one, you might be unsure about which thermal transfer ribbon is best suited for your application. Look no further! This article delves into the advantages and disadvantages of wax, wax-resin, and resin ribbons to help you make an informed decision.

Wax Ribbon

Wax ribbons, also known as “resin-enhanced wax” ribbons, are the most common and cost-effective option. They are suitable for use with uncoated or matte-coated labels.


Wax ribbons offer less durability compared to other types, but they are also more affordable. They produce images that are more resistant to fading than direct thermal labels but are still susceptible to scratching and smudging. In comparison to wax resin or resin ribbons, wax ribbons have lower chemical resistance.

How the Process Works:

All wax ribbons contain resin. The PET film is coated with a blend of wax and resin ink, which is then melted. The reverse side of the rolls is back-coated, and the rolls are subsequently cut to various widths and lengths for different printer models. The printer’s printhead components receive digital signals for rapid heating and cooling. 


Wax ribbons are utilized in a variety of situations that demand short-term or moderate durability, including shipping labels, retail tagging, storage facilities, signage, and more. They are the most widely used option.

Wax-Resin Ribbon:

Wax-resin ribbons typically consist of a mixture of half wax and half resin. While they are more costly than wax ribbons, they offer increased durability and versatility in terms of substrate compatibility, being able to print on almost any label or packaging film.


Compared to wax, wax-resin ribbons provide enhanced resistance to scratches, smudges, as well as medium to harsh chemicals and high temperatures.

How the Process Works:

The process for wax-resin ribbons is similar to that of wax ribbons, except that it involves a more even split between wax and resin ink, rather than predominantly using wax.


Wax-resin ribbons find application in scenarios requiring additional abrasion, chemical, or environmental resistance. Examples include laboratory labeling, external product or UL labeling, and cold-chain or freezer applications, where barcode deterioration must be prevented.

Resin Ribbons:

Most resin ribbons still contain some wax, but they primarily consist of pure ink resins. These ribbons are the most durable and expensive thermal transfer ribbons (TTRs), designed for the most demanding applications. They are compatible with various label materials, including glossy coated paper labels, synthetic film labels such as polypropylene, polyethylene, polyester, and special substrates like polyamide, acrylate, and textiles.


Resin ribbons are significantly more durable compared to wax and wax-resin ribbons. They offer exceptional resistance to extreme heat and cold, harsh chemicals and solvents, rough scratches, and outdoor environmental conditions, especially when paired with suitable label stock.

How the Process Works:

As the level of resin in the ribbon increases, the process changes because these inks require more energy to melt onto the substrate. To ensure effective ink transfer and create a durable image, the printhead must adjust the darkness and speed settings accordingly.


Due to their high durability, resin ribbons are essential for harsh-environment or mission-critical applications. Examples include medical device labeling, electrical component or PCB labeling, ware care tags, plant stakes, chemical drum labeling, and many more applications.

Thermal transfer ribbons play a crucial role in an efficient barcoding system, and selecting the right one is essential to the cost-effectiveness of your operation. The Sundata team is available to assist you in finding the right printer, whether small or large, and identifying the best solution for your labeling and printing needs. Schedule a free assessment today to consult with our experts!


Types of Barcodes & Uses of Barcodes

Barcodes have a rich history spanning over five decades, evolving into indispensable tools for data storage. Their journey began with the introduction of UPC and EAN codes on products, revolutionizing the speed of supermarket checkouts. Over time, a diverse range of barcode types has emerged, with approximately 30 significant variants now widely utilized worldwide.

Barcode types are typically classified into one-dimensional (1D) and two-dimensional (2D) categories. One-dimensional barcodes comprise lines and are typically scanned horizontally using laser scanners. On the other hand, two-dimensional codes utilize both horizontal and vertical space and require devices equipped with a camera, such as imager scanners or smartphones, for scanning. In this article, we’ll explore the most prevalent barcode types along with their distinctive features.

One-dimensional (1D) barcodes / linear barcodes

One-dimensional barcodes, also known as linear barcodes, have a limited capacity for storing data, which is encoded by lines of varying widths and the spaces between them. These barcodes are primarily detected by optical laser scanners, which are more economical than imager scanners, making them prevalent across various industries. However, devices capable of scanning two-dimensional codes like QR codes can also scan 1D barcodes. Many smartphones come equipped with this capability in their cameras. In commercial settings, efficient workflows across industries such as retail, logistics, insurance, and healthcare rely on powerful barcode scanning software.

Code 39

Barcode Type: Two-Width Lines

Maximum Character Capacity: Variable

Common Usage: Industrial Applications

ISO/IEC Certification: ISO/IEC 16388

One of the earliest linear barcode formats, Code 39, is limited to encoding digits, uppercase letters, and certain special characters. Due to its space-consuming nature, it’s not ideal for smaller items. However, this issue was addressed with the introduction of Code 128.

Code 93

Barcode Type: Variable Width Lines

Maximum Character Capacity: Variable

Common Usage: Industrial Applications

Code 93 serves as a more condensed iteration of Code 39, capable of encoding the complete ASCII character set while occupying less space. It features variable length and necessitates two checksums for validation.

VIN Barcode

Barcode Type: Variable Width Lines

Maximum Character Capacity: 17

Common Usage: Automotive Industry

ISO/IEC Certification: ISO/IEC 16388 (Code 39)

Vehicle Identification Number (VIN) barcodes employ the Code 39 symbology with specific criteria. They are solely utilized for distinguishing individual motor vehicles and comprise 17 alphanumeric characters. Occasionally, an “I” precedes the sequence, indicating “import”. VINs may or may not be accompanied by corresponding barcodes. However, opting to scan a VIN barcode instead of manually recording the lengthy character series significantly reduces error rates.


The GS1 barcode, a derivative of Code 128, gained widespread industry adoption due to its integration of the GS1 data structure with the Code 128 data carrier. It facilitates the encoding of various information such as order numbers, weights, manufacturing dates, expiration dates, and storage location numbers.


Barcode Type: Variable Width Lines

Maximum Character Capacity: 12

Common Usage: Retail, Warehousing, Distribution

ISO/IEC Certification: ISO/IEC 15420

UPC, short for Universal Product Code, encodes a sequence of 12 numeric characters, representing a Global Trade Item Number (GTIN). Its counterpart in Europe is the EAN code. Within the retail sector, UPC is utilized in conjunction with databases to link products with their corresponding prices or quantities.


Barcode Type: Variable Width Lines

Maximum Character Capacity: Variable

Common Usage: Industrial, Distribution

While its length is variable, the number of numeric characters must be even to accommodate the pairing feature.

Standard 2 of 5 (IATA)

Barcode Type: Variable Width Lines

Maximum Character Capacity: Variable

Common Usage: Air Travel

Standard 2 of 5, a subtype of Industrial 2 of 5, is employed by the International Air Transport Association (IATA) to encode data for processing airline cargo. Hence, it is also known as IATA 2 of 5. This barcode format encodes exclusively an even number of digits and incorporates a check digit for accuracy.

4-State Customer Codes

Intelligent Mail barcode (IMb)

Barcode Type: Variable Height Lines

Maximum Character Capacity: 31

Common Usage: Postal Services

Developed by the United States Postal Service as a replacement for the POSTNET and PLANET barcodes, the Intelligent Mail barcode is employed for sorting and tracking letters, cards, and flats. It consists of 65 bars, each in one of four different states, collectively encoding up to 31 digits. Unlike other 1D barcodes, it is not the width but the height of the bars that encodes information.

Australia Post 4-State Customer Code

Barcode Type: Variable Height Lines

Maximum Character Capacity: 14

Common Usage: Postal Services

It incorporates Reed-Solomon error correction for enhanced accuracy and reliability.

Klant Index Barcode (KIX)

Barcode Type: Variable Height Lines

Maximum Character Capacity: 12

Common Usage: Postal Services

A slightly modified version of the RM4SCC is utilized by the Dutch postal service, PostNL. This variant does not include start and stop characters, nor does it incorporate a checksum.

Royal Mail 4-State Customer Code (RM4SCC)

Barcode Type: Variable Height Lines

Maximum Character Capacity: 36

Common Usage: Postal Services

Developed by the Royal Mail in the 1990s, the RM4SCC was the pioneer 4-state customer code symbology implemented to streamline the routing and tracking of mail. Its introduction inspired the adoption of similar barcodes by postal services worldwide.

Japan Post 4-State Customer Code

Barcode Type: Variable Height Lines

Maximum Character Capacity: 24

Common Usage: Postal Services

Also known as the Kasutama Barcode (with “Kasutama” being the Katakana version of the English word “customer”), this barcode was developed for the Japanese postal system to encode addresses on mail, enabling faster automatic processing.

barcode label scanners

Top 5 Benefits of Barcode Scanner

Barcodes frequently go unnoticed as a means of cost reduction and time-saving. They stand out as a valuable and practical option for companies aiming to enhance productivity and minimize expenses. With their cost-effectiveness and dependability, barcodes present a compelling solution for businesses seeking efficiency improvements and overhead reduction.

  1. Barcodes eliminate the potential for human error, as manually inputted data is much more prone to mistakes compared to barcode scanning. A barcode scan is rapid, dependable, and consumes substantially less time than manual data entry.
  1. Using a barcode system minimizes the time needed for employee training. Mastering the handheld scanner for reading barcodes typically takes only a few minutes. Additionally, employees are spared from the need to become fully acquainted with an entire inventory or pricing process. This not only reduces training costs by eliminating the necessity for additional paid training hours but also obviates the need to compensate another employee for training them.
  1. Inventory management sees significant enhancement with the use of barcodes. Their precision enables precise tracking of inventory, facilitating reduction in inventory levels and consequently lowering overhead costs. Furthermore, tracking the location of equipment becomes more efficient, leading to decreased time spent searching for items and reduced expenses on replacing presumed lost equipment.
  1. Barcodes exhibit remarkable versatility, capable of accommodating various data collection needs such as pricing or inventory information. Moreover, owing to their ability to adhere to virtually any surface, they serve as effective tools for tracking not only products but also outbound shipments and even equipment.
  1. Barcodes expedite the availability of data, as the information is swiftly scanned directly into the central computer, ensuring almost instantaneous access. This rapid turnaround minimizes the need for time-consuming data entry or retrieval processes.

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Discovering the Ease of White Polyester Removable Labels for Everyday Use

In the speedy world we live in, straightforwardness and accommodation have become principal in our day to day schedules. One frequently disregarded part of this is naming. Whether you’re sorting out your storeroom, checking records at the workplace, or making a framework for your work space, the selection of marks can fundamentally influence your proficiency. In this blog, we dig into the universe of white polyester removable names and investigate how these unpretentious marks can make your day to day existence a ton more straightforward.

Experience the Versatility of White Polyester Removable Labels:

White polyester removable labels are like the unsung heroes of organization. Their flexibility has no limits, making them ideal for a bunch of uses. From kitchen holders to office supplies, these marks stick easily to different surfaces while giving the adaptability to be taken out without abandoning a tacky buildup.

Easy Application Process:

The ease of application of white polyester removable labels is one of their most distinctive characteristics. Don’t bother bobbling with convoluted guidelines or stress over getting it impeccably adjusted on the main attempt. These marks are intended for ease, guaranteeing a smooth and peaceful application like clockwork. The ease with which these labels can be applied will leave you wondering why you haven’t used them sooner, whether you’re a seasoned organizer or just starting out with labeling.

Residue-Free Removal:

The fear of sticky residue left behind by labels is a common concern. However, with white polyester removable labels, that worry becomes a thing of the past. When it’s time to update or change your labels, these wonders peel off cleanly, leaving surfaces pristine and ready for the next round of organization. No more scraping or using harsh chemicals to remove stubborn adhesives – just a quick and residue-free removal process.

Endless Possibilities for Organization:

The excellence of white polyester removable names lies in their flexibility. Whether you’re coordinating your kitchen, naming your child’s school supplies, or making a framework for your work projects, these marks are capable. With a smooth surface that obliges different composing instruments, you can customize your marks to suit your interesting hierarchical style.

Long-Lasting Durability:

While being removable, these labels don’t compromise on durability. They can withstand the test of time, ensuring that your well-organized spaces stay that way. Say goodbye to labels that fade, peel, or lose their adhesive properties over time – white polyester removable labels are here to stay, keeping your belongings properly marked and organized.


In conclusion, the ease and practicality of white polyester removable labels make them a game-changer for everyday use. Consider including these labels in your toolbox as you begin your journey toward efficiency and organization. With their flexibility, simple application, buildup free expulsion, and dependable solidness, you’ll consider how you at any point oversaw without them. Express welcome to a less difficult, more coordinated existence with white polyester removable names.

Let’s wrap up here! Well, we are the leading barcode label printer in Ahmedabad. For any queries or booking, Visit the Contact Us page!


How Chemical Resistant Labels Secure Your Products?

Hello there, vigilant protectors of products! Today, we’re plunging into the universe of substance safe marks and uncovering their basic job in defending your important things. Go along with us on this illuminating investigation as we disentangle the systems behind these marks and comprehend how they go about as tough sentinels, guaranteeing the security of your items notwithstanding substance challenges.

The Essence of Chemical Resistant Labels:

How about we start with the nuts and bolts – what separates compound safe marks? These marks are not your all around average stickers; They have been made to withstand a wide range of solvents and chemicals without batting an eyelash. While conventional marks might vacillate or blur when in touch with specific substances, compound safe names are designed to stand tall, giving a vigorous safeguard to your item data.

Safeguarding Against Corrosion:

In industries where products frequently encounter corrosive substances during manufacturing or processing, protection becomes paramount. This is precisely where chemical resistant labels step up as frontline defenders. Acting as a barrier against corrosion, these labels ensure that vital details such as barcodes, warnings, and essential product information remain unscathed, even when faced with corrosive elements.

Extending Product Longevity:

Items go through a bunch of provokes all through their excursion from creation to shopper use. Chemical exposure is a common risk, and labels that are chemical resistant can help your products last longer. By forestalling mark weakening, these sturdy names guarantee that basic data stays noticeable, giving direction on legitimate use, taking care of, and potential dangers related with the item.

Ensuring Compliance and Safety:

In industries where adherence to safety regulations and compliance standards is non-negotiable, chemical resistant labels become invaluable. Serving as essential messengers, these labels communicate vital information about the product’s composition, handling instructions, and potential hazards. By maintaining legibility and resilience, they contribute significantly to upholding a safe working environment and preventing accidents.

Unveiling the Technology Behind Resilience:

Ever wondered what makes chemical resistant labels so durable? The mystery lies in the materials and advances utilized in their development. Made from hearty materials like polyester, polyimide, or vinyl, these names gloat specific cements intended to endure synthetic openness without losing their grasp or primary respectability. This smart designing guarantees the mark remains immovably set up, no matter what.

Versatility Across Industries:

Chemical resistant labels are not confined to a single industry – their versatility makes them indispensable across various sectors. From manufacturing plants and laboratories to healthcare facilities, these labels play a crucial role in preserving critical information even in challenging conditions. Whether adorning chemical containers, industrial equipment, or medical devices, their adaptability makes them an asset in diverse fields.

Selecting the Right Defender:

Choosing the appropriate chemical resistant label requires a thoughtful consideration of your product’s unique challenges. Factors such as the types of chemicals the label will encounter, the duration of exposure, and the desired label lifespan all play a role. Collaborating with label experts can help you select the right solution tailored to your product’s specific needs.


In a world where products face numerous trials, chemical resistant labels emerge as silent guardians, offering a formidable defense against chemical threats. Beyond their role as mere identifiers, these labels stand as custodians of information, ensuring the durability and safety of your products. So, the next time you come across a product proudly displaying a label that looks like it’s been battle-tested and emerged victorious, remember – it’s not just a label; it’s a steadfast defender securing your product’s integrity on its journey.

Let’s wrap up here! Well, we are the leading barcode label printer in Ahmedabad. For any queries or booking, Visit the Contact Us page!


Learn Impact of Multiple Cut Labels in Branding

In the world of selling stuff, even the little details are super important. One cool detail that’s getting more attention is using labels with lots of cuts. These labels go beyond the regular ones, giving a special touch to a brand’s look. Let’s dive into how these fancy labels can really amp up a brand’s image.

Making Things Look Super Good

Labels with lots of cuts let designers be really precise and creative. They can create cool shapes and textures that regular labels can’t. This adds a bit of art to the product, making it look cool and easy to remember. This fancy look helps a brand stand out in a sea of other products.

Leaving a Great First Impression

The packaging is the first thing you notice when you shop. Extravagant names catch your eye, intriguing you about the item. These labels help brands leave a lasting impression and make people excited to check out what’s inside.

Showing Off What Makes a Brand Special

Brands aren’t just about logos and tones – they’re about the entire experience. Extravagant marks allow brands an opportunity to flaunt what makes them exceptional. Whether it’s really imaginative, thinking often about the climate, or simply being extravagant, these marks assist with recounting to a brand’s story in a truly cool manner.

Standing Out on the Store Shelf

In stores, it’s important for products to grab your attention. Fancy labels do just that. They not only look great but also make a product seem high-quality and special. This is especially important in stores where lots of products are competing for your attention.

Being Creative with Design

The fact that these labels can be designed in a variety of ways is a fantastic feature. Brands can choose a design that fits their style and the customers they want to buy from, whether it’s a fancy pattern, a simple design, or a combination of the two.

Wrapping It Up

In a world where everyone is trying to sell you something, brands need to find cool ways to catch your eye. Fancy labels with lots of cuts are like a secret weapon for brands. They make products look amazing, create memorable experiences, and help brands become super popular. These exceptional names aren’t just about making things look cool – they assist with recounting a brand’s story and cause individuals to recall them. So, the next time you see a product label that looks like a piece of art, keep in mind that this is more than just a label; it’s a way for a brand to stand out and be great!

Let’s wrap up here! Well, we are the leading barcode label printer in Ahmedabad. For any queries or booking, Visit the Contact Us page!


Get to Know Piggyback Labels: Double the Labels, Double the Fun

Innovation is the key to standing out on crowded shelves and attracting consumers’ attention in the dynamic world of product labeling. One creative naming arrangement that has acquired prominence as of late is the piggyback mark. Piggyback labels, also known as “double the labels, double the fun,” are a novel and adaptable way for businesses to convey product information. We’ll talk about what piggyback labels are, their advantages, and how businesses can use this innovative labeling solution to improve their branding and communication strategies in this blog post.

Understanding Piggyback Labels:

Piggyback marks comprise of two layers of glue supported names stacked on top of one another. The top mark, known as the essential name, is the one apparent to purchasers on the item bundling. The base name, or auxiliary mark, is concealed underneath the essential mark and can be uncovered by stripping back the top layer. This double layer structure takes into consideration various applications and advantages that go past customary naming strategies.

Benefits of Piggyback Labels:

1. Maximized Space Utilization:

Piggyback names furnish organizations with the amazing chance to expand restricted space on item bundling. With two layers of names, organizations can pass on more data, for example, multilingual guidelines, administrative consistence subtleties, or special messages, without jumbling the essential mark.

2. Enhanced Branding Opportunities:

The double layer plan of piggyback marks considers inventive and eye-discovering marking systems. The primary label can be used by businesses to display their logo, brand name, and essential product information, while the secondary label can be used for engaging storytelling, limited-time offers, and promotions.

3. Multilingual Communication:

For organizations working in worldwide business sectors, piggyback names offer a reasonable answer for giving item data in numerous dialects. The essential name can highlight the fundamental subtleties in the essential language, while the optional mark can oblige interpretations, guaranteeing clear correspondence for a different client base.

4. Regulatory Compliance:

Numerous enterprises have severe administrative prerequisites that order explicit data to be shown on item bundling. Businesses can meet these compliance standards with piggyback labels without sacrificing the aesthetics of their primary label.

5. Promotional Flexibility:

Piggyback names are a brilliant device for running advancements and promoting efforts. On the secondary label, businesses can print limited-time offers, discount codes, or QR codes to increase sales and customer engagement.

Examples of Piggyback Label Applications:

1. Food Packaging:

Piggyback labels are ideal for food products that require detailed nutritional information, ingredients, and cooking instructions. The primary label can showcase the brand and key details, while the secondary label can contain the extensive information necessary for regulatory compliance.

2. Consumer Electronics:

Electronic gadgets frequently accompany numerous language manuals and guarantee data. Piggyback names give a flawless and coordinated method for including these subtleties without jumbling the smooth plan of the item bundling.

3. Pharmaceuticals:

In the drug business, where exact dose directions, admonitions, and secondary effects should be imparted, piggyback marks offer a proficient arrangement. The essential mark can show the brand and fundamental data, while the optional name can give top to bottom subtleties in numerous dialects.


Piggyback marks address an imaginative and pragmatic development in the field of item naming. With their capacity to pass on more data in a smaller space, upgrade marking open doors, and work with consistence with guidelines, piggyback names are turning out to be progressively well known across different businesses. If a company wants to stand out in a crowded market, it should look into the options that piggyback labels provide for improving its packaging and communication strategies. Twofold the names, twofold the tomfoolery – piggyback marks are really a distinct advantage in the realm of item marking.

Let’s wrap up here! Well, we are the leading barcode label printer in Ahmedabad. For any queries or booking, Visit the Contact Us page!

Labels lables

When Labels Get Hot: Understanding High Temperature Labeling

In the world of labels, there’s a special category that thrives where others might wither away – the realm of high temperature labeling. These are the unsung heroes that endure extreme heat, providing crucial information in environments where standard labels would falter. In this article, we’ll dig into the entrancing universe of high temperature marking, investigating its significance, applications, and the innovation that permits names to overcome the intensity.

Understanding the Basics:

High temperature marks, otherwise called heat-safe names, are explicitly intended to endure raised temperatures. These marks are made from materials that can get through limits, guaranteeing that imperative data stays in one piece and clear even in the most blazing of conditions.

Applications of High Temperature Labels:

1. Industrial Settings: In manufacturing and industrial processes, machinery often generates intense heat. High temperature labels find their home on equipment, providing essential information such as operating instructions, warnings, and safety guidelines.

2. Automotive Industry: Under the hoods of vehicles, where temperatures can soar, high temperature labels play a crucial role. They are used for engine parts, exhaust systems, and various components that experience extreme heat during operation.

3. Cooking and Food Packaging: Labels on cookware, ovens, and food packaging must endure heat without compromising information. High temperature labels are designed to withstand the heat of cooking appliances and maintain clarity.

4. Electronics: In electronic devices and appliances that generate heat during operation, high temperature labels are used to provide information about product specifications, safety instructions, and compliance details.

Key Features of High Temperature Labels:

1.  Heat-Safe Materials: Materials with outstanding intensity opposition, like polyester, polyimide, or clay, are regularly used to make these marks.

2. Stick Strength: High temperature names don’t strip or tumble off in light of the fact that the cement utilized for them is intended to keep its holding strength even in high intensity.

3. Durability: High temperature marks are strong and ready to endure delayed openness to warm without disintegration, guaranteeing life span and unwavering quality.

Technology Behind High Temperature Labeling:

The production of high temperature labels involves precision and advanced technology. Techniques such as thermal transfer printing, laser marking, and special coating processes contribute to the creation of labels that can endure extreme temperatures.


In the ever-evolving landscape of labeling, high temperature labels stand out as a specialized solution for environments where heat is a constant challenge. From industrial settings to the automotive industry and beyond, these labels play a vital role in conveying essential information even in extreme conditions. Understanding the intricacies of high temperature labeling allows industries to make informed choices, ensuring that labels remain resilient, clear, and functional, even when things get hot.

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