Thermal printing is the only type of industrial date code printer in pakistan that can be use to code barcodes and expiration dates on food packaging. printing with an inkjet printer
There are numerous processes in the field of industrial printing, each with its own specialization. When it comes to printing barcodes and expiration dates, however, only one method outperforms the others: digital industrial date code printer in pakistan.
The use of dye-sublimation and direct thermal printing for barcode/expiration date coding is not recommended in industrial settings. The best tools for this job are inkjet printers, thermal transfer over printers, and piezo case coders.
As a result, the emphasis of this essay will be on determining which of these options is best for coding expiration dates and barcodes on product packaging. We can determine which printer is best suited for a given substrate and production line situation by distinguishing between these three applications.
Packaging Coding
The first step is to put together the basic package. Primary packaging includes bottles, cans, packs, and wraps. Retail packaging and consumer packaging are two other terms for the same thing. Because primary packaging is intend for customers, it is frequently labelled with barcodes and expiration dates that adhere to industry and retail standards.
Primary packaging comes in a variety of shapes and sizes, as well as materials. Glass, cardboard, metal, plastic, and paper all have unique properties that must be consider when categorising them. Companies can select from the following options, which differ depending on the substrate and manufacturing process used:
They are well suited to large-scale printing
Continuous inkjet printers (CIJ) are the best option for high-volume manufacturing. To achieve continuous ink flows in CIJ printers, ink and solvent are share and pressurised into an oscillating printhead via a shared reservoir.
High-pressure inkjet printers with large ink supplies, such as those used in high-volume manufacturing lines, are ideal. DuraCode CIJ printers, for example, can print at up to 1050 feet per minute (320 metres per second), with the option of printing at slower speeds as well. Furthermore, CIJ printers can code both porous and non-porous materials when the appropriate ink cartridges are use.
High-DPI Resolution Thermal Transfer Overprinters and Case Coding Printers
Other high-DPI printing technologies exist in addition to thermal transfer overprinters (TTOs) and high-resolution case coding printers. Because barcodes and QR codes must be scann at a resolution of at least 200 DPI in order to read correctly, high DPI capabilities are especially beneficial for organisations that must use barcodes and QR codes on large product packaging.
Thermal transfer overprinting generates full-scale 300 DPI codes, making it suitable for a wide range of high-resolution applications. The printhead is compose of microscopic heating components shielded by a thin layer of ceramic. The ribbon is either waxed or resined in colour. When the heating sources reach a certain temperature, a section of the ribbon melts and transfers to the substrate.
Case coding printers use high-density ink to produce highly readable codes and graphics in all lighting conditions. Piezo printheads generate images by using vibrations and electricity. Case coding printers, such as the Precision 72, can produce massive graphics as well as other codes by employing massive printheads.
Thermal Inkjet Printers for a Variety of Uses
CIJ printers are design for stationary line placement, whereas TIJ printers are design for more flexible positioning. TIJ printers are small and portable, and they can be use for a variety of tasks. To print on porous cardboard, TIJ printers use a system of easily removed ink cartridges. Furthermore, each cartridge contains a new printhead, which helps to explain why TIJ printers require so little overall maintenance.
Anser series TIJ printers, which code at a rate of 120 metres per minute, can serve a number of lines (394 feet per minute).
Packaging Coding
Another common type of packaging that necessitates the constant use of barcodes is secondary packaging. The secondary packaging is in charge of safeguarding and displaying the primary packaging. Assume that each beer can is regard as primary packaging, and that the branded paperboard box is regard as secondary packaging.
Primary packaging machines can also be use as secondary packing machines because many of the substrates and coding requirements for primary and secondary packaging are the same. Tertiary packing industrial date code printer in pakistan, on the other hand, is a different story.
Tertiary coding is a type of coding that follows primary coding
Pallets and shrink wrap are two popular secondary packing types that do not require direct coding because pre-printed labels attached to pallets are prefer over direct coding. The brown cardboard box is a type of secondary packaging that frequently includes barcodes.
Cardboard boxes are one of the most widely used transportation materials on the planet. With the United States alone producing approximately 100 billion boxes per year. To confirm that a package has been deliver, many businesses. Use scannable barcodes printed directly on the box surface. However, due to the absorbent nature of corrugated cardboard and the brown colour of the material, these codes may be difficult to discern.
CIJ printers, for the most part, lack the ability to print at a high enough DPI to ensure scannability. Making them unsuitable for tertiary coding applications. Many TIJ printers, on the other hand, can code at a resolution of 600 x 300 DPI, which is easily read by barcode scanners.
Precision Series 18 printers, for example excel. At printing on porous media like cardboard. These printers use high-density ink to ensure compatibility. With barcode readers, and their large printheads allow them. To print larger text sizes than TIJ printers. Case coding printers like the Precision Series can be easily integrated into an existing. Network, making them ideal for industrial applications.
It is common practice to use inkjet printing for barcodes and expiration dates
Both parties benefit from inkjet printers. That print legible barcodes on products and packaging. To choose the best machine for printing these codes. You must consider both the materials and the nature of your activity. To meet your needs, you need a printer that can not only print on your items. But also be integrate into your existing production line. Choosing the right printer for your needs is something our printer experts at InkJet, Inc. can help you with.
