Printed labels on rolls

Simply please chose your required label here:
 
  • You will be re-directed to the correct online price calculator with the specific material.
  • Our support team is always available to answer your questions.
More information
Linked Table of Contents

  1. Printed labels – Application in industry
  2. Digital or conventionally printed labels
  3. Materials for printed labels
    1. Label paper
    2. Metallised label paper
    3. Fluorescent label paper
    4. Printed labels made of thermal paper
    5. Printed labels made of plastic
    6. Backing materials
  4. Processing and finishing
  5. Winding on roller core
  6. Label application option
    1. Manual dispensers for printed labels on rolls
    2. Dispenser systems for printed labels on rolls

------------------------------------------------------------------------------------------------------------------------

1. Printed labels – Application in industry  

Printed labels on rolls fit manual or automatic label dispensers with a rotating dispensing system to allow for fast, high-volume application of labels. The printed labels on rolls guarantee the required speed, reliable adhesion, and affordability: these three factors are critical for the industrial use of adhesive labels and stickers. Printed labels are used as roll labels or sheet labels in every industry, government agency, schools, office, and home.

Typical applications for printed labels:

  • food labelling 
  • numbered barcode labels in the transport and logistics industries 
  • transport stickers for labelling containers of chemicals
  • weatherproof film labels for the chemical and automotive industries
  • signage on technical components 
  • glossy labels and transparent stickers for cosmetics. 

This list of potential applications for printed labels could go on almost without end. What's interesting is that almost every industry has very specific demands for the printed labels it uses that need to be considered in their printing process. 

Examples of industry-specific labelling requirements 
 
  • Foodstuffs are most often labelled under the most difficult conditions, such as wet or greasy conditions or freezing temperatures. The food industry is particularly sensitive, with many legal requirements such as REACH, food labelling laws, and product information laws (LMIV).. It is also necessary to ensure that no or only a very minimal amount of microscopic components in the pressure-sensitive adhesive label material makes it ways into the food product. 
     
  • Most products used in the chemical industry require British Standard 5609 Section 2 certification. This means that the printed labels must be able to be stored for up to three months in salty sea water without peeling during transport on container ships. 

As you can see, there are different industry-specific factors that have a significant impact on the labelling materials being printed. In addition, the order volume and intended use play a role in the choice of label printing process as do the requirements for further processing.

2. Digital or conventionally printed labels

Label rolls can be printed either on digital printing systems or using conventional flexo printing. The print quality is excellent in both cases. Our online calculator lets you choose between the two technologies. 

What factors determine the best printing method for labels?

  • order volume 
  • label material
  • additional features of the labels 
  • requirements for personalization 

With our digital printing systems, we are able to customise roll labels with custom data, including such things as sequential numbers, codes, or changing print designs. For smaller and medium-sized print runs, labels are less expensive to produce digitallly. For larger print runs, flexographic printing can be more affordable. There are also a few more choices in materials available when choosing flexographic and offset printing.

3. Materials for printed labels

Generally speaking, printed self-adhesive labels,whether as rolls orsheets, consist of several layers, including a backing material (lining), a pressure sensitive adhesive, a surface material (facestock), and ink . Optionally, a transparent coating and/or metallic foil can also be applied. After printing, roll labels are rolled up in the number specified by the customer around a cardboard core. The facestock material of the labels carries the printed image or wording and may consist of label paper or foil.
 

3.1 Label paper

  • Labels printed on label paper are the most affordable. However, they are only usable for a short time whether outdoors or in or in places where they are sufficiently protected against moisture, wind and weather. There are many types of label papers with different weights, surfaces, and textures. An optional blue coating on back can make the label paper more opaque. A special label paper for use on pharmaceuticalsis less thick and thus more supple, allowing it to adapt perfectly to curved surfaces like those found on ampules.
 

3.2 Metallised label paper

  • Labels printed on metallised paper have a layer of fine-laminated aluminium foil which is applied to the paper surface during the production process. This film has a metallic gloss like silver or gold. Labels printed on metal composite paper are very good at blocking fats, oils, and liquids thanks to their aluminium layer. This paper is ideally suited when the labels are supposed to have a high-end, metal-like effect or are used to label foods or cosmetics.
 

3.3 Fluorescent label paper

  • Labels printed on fluorescent paper send strong messages and are most often used as price tags. The typical yellow, red, orange, or green colour are created by pigments painted on the label paper during production.
 

3.4 Printed labels made of thermal paper

  • The best known application of printed labels made of thermal paper are the roll labels for self-service printing at supermarkets. The label printers integrated into these scales print individual labels with an EAN or barcode, weight, and price, i.e data collected just moments before printing. The typically black printing on thermal paper labelsis caused by a special reactive ink applied by the paper manufacturer to the base label paper. Important in the production of thermal roll labelsfor self-service printing is the protective layer on the surface that prevents the reaction ink from being activated while still in the printer.
 

3.5 Printed labels made of plastic

  • Printing labels are increasingly being made of plastic. Plastic labels, such as PE, PP or PVC, have certain advantages over paper labels. They can even be used outside without problems. Labels printed on plastic are extremely robust and offer outstanding resistance against environmental influences such as moisture, acids, chemicals, UV radiation, or grease.
     
  • Plastic labels also make transparent labels possible. Transparent stickers are used inter alia for the labelling of cosmetics and drugstore products. The message printed on transparent labels appears as if it had been printed directly on the product. The transparency of this "invisible" printed label lends the product a high-end appearance.
 

3.6 Backing materials

  • The backing material to which the labels are attached after printing before they are applied consists of thin glassine or kraft paper or a special plastic material for high-volume labelling machines. The printed label is easily separated since the lining is often fitted with a silicon release layer on the adhesive side of the label.The back material is no longer needed after the label is applied and is subsequently disposed of and recycled. 
     

4. Processing and finishing

After printing, the printed labels can be further processed. The refining process includes coating and laminating, hot foil stamping, or the application of tactile symbols, such as a warning triangle for the visually impaired. The printed and finished labels then still need to be punched into their final form. To do this, labelprint24 uses both a laser punch and a mechanical rolling punch with a die made of metal. The laser punch cuts printed labels from the layers without damaging the lining and in contours of any shape and size.
 

5. Winding on roller core

As the name suggests, printed labels on rolls then need to be wound onto a roll after printing. A roll core made of thick cardboard which matches the diameter of the customer's existing label dispenser is needed. Theoretically, any roll core diameter is possible, but in practice, the standard diameters 26, 40, 50 and 76 mm are most common. When wrapping on the roll core, the winding direction is important to ensure that the labels are properly dispensed on the customer's product. Basically, printed labels are either rolled facing the inside or the outside of the roll.
 

6. Label application options

The finished label rolls are packed and delivered to the customer, ready to be placed in the existing label dispenser. The width of the existing devices ranges from simple table-top label dispensers to hand-held labellers to fully automated high-output labelling machines that can label thousands of products an hour.
 

6.1 Manual dispensers for printed labels on rolls

With table-top label dispensers, the individual label rolls are just inserted and the roll labels are individually pulled off by hand. Table-top label dispensers fit any desk and are often found in home offices. The dispensing speed is not so important here. The focus here is on orderly and clean storage of the labels until required.
 
Handheld labellers feed the printed roll labels by pressing a lever on the handle. A rubber roll peels off the individual label and applies it. This method works quite quickly but is still far too inaccurate and too slow for large quantities of labels.
 

 6.2 Dispenser systems for printed labels on rolls

For the application of large quantities of printed labels, automatic labellers of various speed classes are used; most are integrated into factory packaging lines. A conveyor belt moves the products past the labelling machien and photoelectric sensors detect the optimal label position. The printed labels are controlled by a microprocessor and placed precisely on the product packaging as instructed. There are high-speed labellers that can apply up to 5,000 labels per minute.


Cookies help us to improve your experience. By using this website, you agree to our use of cookies.

Cookie informations