Types of Barcode Labels and Ribbons identification labels for pro

Types of Barcode Labels and Ribbons identification labels for pro

Barcode labels and ribbons are used to make identification labels for products. There are several types of labels and ribbons available. The type of application you have will determine which one you choose. There are four types: Wax-resin (near-edge), Flathead (flathead), and IIMAK. Here are some details about these materials.


Wax-resin barcode labels feature a unique formulation that produces a durable image. They are used in mission-critical applications that require extra durability. They are most often used on labels used in laboratories, on external products, and on plant stakes and chemicals.

Wax-resin barcode labels are made of synthetic label stock that provides a high level of chemical and abrasion resistance. They are also scratch and smear-resistant and offer excellent staying power. They can be used with many printers and are an affordable solution for many labeling needs.

It is important to know the differences between wax-resin and ribbon barcode labels. The main difference between these two types of labels is the print quality. When printing on paper face stocks, the wax/resin thermal transfer formula is recommended; when using polyethylene and polypropylene, wax/resin is recommended. Both formulas can be used in synthetic papers. If you plan to print on polyester materials, however, you should use a full-resin thermal transfer ribbon.

Wax-resin thermal ribbons are more durable than full-wax ribbons. They print on almost any substrate and resist fading. They are also resistant to harsh chemicals and high temperatures. Wax-resin is the ideal choice for outdoor and automotive applications.thermal paper roll price

The wax-resin thermal transfer ribbons make a great choice to make standard and weatherproof thermal transfer labels. These labels are suitable for a variety of purposes, including shipping labels, shelf labels, and prescription pharmaceutical labels. They are also durable and require less maintenance than wax ribbons.

Wax-resin barcode label labels are made from a combination of wax and resin inks. They are more durable than full wax ribbons. They can print on a variety substrates and produce high quality label images. These ribbons also offer excellent edge definition and anti-static properties.

Resin barcode labels and ribbons are another common type of barcode labels.  They offer the highest level in abrasion resistance.


Near-edge barcode printers are unique in that they have a print head with a line of heat elements located close to the edge of the label. This configuration enables faster printing and faster media changeovers. The distance between the ribbon and the substrate is also shorter than in flathead printers. Near-edge printer ribbons must have a release layer in order to allow the ink from to melt easily. This unique ribbon chemistry limits the type of ribbon used to this technology to either resin black or wax/resin thermal transfer ribbon formulations.

Near-edge printers also feature a ribbon saver that automatically stops the printing process when the ribbon is not in use.

This type of printer can print crisp barcodes on a variety of substrates at speeds up to 26 IPS. They also feature an exclusive backcoat technology and anti-static properties.

Thermal Transfer Printing (TTP) uses heat to transfer ink from the ribbon to the substrate. A thermal transfer printerhead has heating elements and a vertical or horizontal print-head. The ribbon is only in direct contact with the label during the printing process. This includes after the peel-point. This encourages the transfer of the image onto the substrate. Thermal transfer printers can also print at speeds ranging from two to ten IPS.

Some printers may choose near-edge thermal transfer printing. These printers are typically more affordable than conventional flathead printing. They can print on a variety of substrates, including paper and synthetic materials. These printheads are easier to use and less expensive than traditional printers. They also allow for slower print speeds.

To transfer ink onto a variety substrates, thermal transfer printers use a near-edge printhead technology and a thermal transfer ribbon. These printers are great for flexible packaging. They can print barcodes, lot codes, expiration dates, and text.thermal paper roll price


. They are suitable for a wide range of materials and provide excellent printing performance for labels and barcodes. In particular, they are ideal for gloss/matt synthetics and un-coated papers. The ribbons also offer excellent smudge and scratch resistance.

Thermal transfer ribbon printing uses two different print heads, the flathead and the near-edge. A flathead printer has a flat print head against the ribbon. Near-edge printers have a slightly angled print head that releases ink only after a brief contact with the ribbon. The difference between the two is the print density and speed. Near-edge printers can print at much faster speeds than flathead printers, but they must use special near-edge ribbons. The wrong ribbons can result in blurred printing and unclear images.

Near-edge printers use wax resin ribbons. They are also smaller and require fewer adjustments, but they use the same ink as flathead printers. Near-edge printers are also suitable for flexible packaging. They print at speeds of 18-24 ips and some high-volume models can print at 40 ips.

It is compatible with many label stocks and has superior print durability. It also offers exceptional print resistance, and is suitable for printing dark images.

The primary difference between Near Edge and Flathead printers is the way that the print head contacts ribbon This angle allows the ribbon’s temperature to cool between prints. It also reduces wear and tear on the print head.

Near-edge printers are compatible with a wider variety of label substrates and provide better print quality and lower printing speeds. Near-edge printers also have floating print heads that automatically adjust to the thickness of the materials used for the labels.


ribbons and barcode labels are a great choice for many applications.

offers a variety of ribbons, including high-performance wax thermal transfer ribbons. You can use them for a wide range of applications, from short run prime labels to inventory control. thermal transfer ribbons have a high-performance wax material that can handle even the darkest images without show-through.

This technology helps maintain print quality and extend the life of the print head. It is an excellent choice for printing high-quality barcode labels.

Thermal transfer printing is ideal for industrial environments, where you need to mark variable information on labels and flexible packaging. This print technology is simple to use and requires little maintenance. It is also ideal for marking expiration dates and batch numbers. This method allows for product traceability and identifies the products.

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