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Macklin Tan
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Now, we are living in a fast-paced manufacturing industry era, where efficiency and compliance are crucial for businesses. Therefore, understanding the type of coding and marking printer machine is essential.
These machines play a crucial role in product traceability, safety, and compliance with industry standards. Whether you’re in the food, pharmaceutical, or electronics sector, having the right printing technology can streamline your processes and enhance your reputation.
Types of Coding and Marking Printer Machine
Coding and marking printing machines come in various types, each with its own set of features and benefits. Let’s delve into the main types below to help you navigate through the printing works efficiently:
Small-character Inkjet Coders
These printers work by propelling tiny droplets of ink onto the surface material, known as the substrate, to create precise and legible marks. They are often referred to as small-character continuous inkjet printers or small-character CIJ printers.
Small-character inkjet coders offer several advantages, making them popular in many sectors. First, they can print a wide variety of information in small sizes, including best-before dates, batch codes, logos, and barcodes.
This versatility allows this coding and marking printer machine to be used across different products and industries, such as the pharmaceutical sector, food and beverage, and electronics.
Moreover, small-character printers are highly flexible and can be seamlessly incorporated into production lines. They operate at high speeds, ensuring an efficient marking of thousands of products in minutes, which is essential for large-scale manufacturing.
Another advantage is their compatibility with various inks and surfaces. These printers can work with different types of inks, including washable, high-adhesion, or pigmented inks, and print on surfaces like plastic, metal, or glass.
Additionally, they provide high-resolution printing results, guaranteeing clear and accurate markings regardless of the information printed.
Large-character Inkjet System
The next coding and marking printer machine is the large-character inkjet system. As the name suggests, this system specializes in printing large-size information such as text and barcodes on porous surfaces like cardboard, trays, sacks, and cartons.
Its functionality mirrors that of typical inkjet printers, where the designated product, typically cardboard, moves over a conveyor belt and receives labeling as it passes the printer.
The distinguishing feature of this system lies in its capacity to produce larger-than-usual prints, which eliminates the need for additional labels on the products.
They boast high-resolution printing capabilities coupled with remarkable speed, ensuring efficient operations without compromising on quality. Moreover, these printers require minimal maintenance, are easy to program, and prove to be cost-effective in the long run.
Their versatility extends to printing on both porous and non-porous surfaces, making them adaptable to diverse packaging materials.
Read more: What and How Does an Industrial Inkjet Printer Work?
Laser Coding
Laser coding stands out as a cutting-edge solution among the array of coding and marking printer machine types available in the packaging industry.
Unlike traditional printing methods, this technology uses powerful lasers to make permanent, high-quality marks on packaging materials like paper, cardboard, and plastic.
This technology offers unparalleled efficiency and precision, making it a preferred choice for many businesses.
One big advantage is that it doesn’t require ink or ribbons, reducing downtime and long-term cost savings, significantly.
Moreover, the automation capabilities of this system enable more seamless integration into production lines to ensure smooth packaging operations, continuously.
Another notable benefit is its versatility in customizing variable data onto packaging and labels. With advanced laser technology, businesses can effortlessly print barcodes, serial numbers, QR codes, expiration dates, promotional messages, and more.
The high precision allows for intricate designs and high-quality, legible marks, enhancing product presentation and consumer engagement. Furthermore, it is compatible with a wide range of packaging materials.
Thermal Transfer Coding (TTO)
The last coding and marking printer machine type is Thermal Transfer Overprinter or TTO, which is a printing technology commonly used in the packaging industry to apply variable information onto flexible packaging materials.
Unlike other printing methods, TTO utilizes a ribbon coated with ink, which is melted onto the packaging surface to create high-quality prints.
Here’s how it works: a fixed-width thermal printhead presses onto the flexible packaging material, with the ribbon sandwiched in between. The ribbon is coated with a special ink on one side, typically wax, wax resin, or pure resin.
As the packaging material and ribbon pass beneath the printhead, the printhead applies heat to specific pixels, melting the ink off the ribbon and transferring it onto the packaging material. This process occurs rapidly, allowing for fast and efficient printing.
TTO printers are versatile and widely used across various industries, including food, beverage, pharmaceuticals, and cosmetics. Additionally, this technology is preferred for its ability to produce durable and high-resolution prints that withstand environmental factors like moisture and temperature fluctuations.
So, choosing the right coding and marking printer machine is crucial for enhancing efficiency, ensuring compliance, and maintaining product quality in your business. To explore cutting-edge printing solutions, consider partnering with us at Markcom Global.
Referensi:
https://www.elixirphil.com/facts-about-coding-and-marking-systems/
https://www.weber-marking.com/glossary/small-character-printers.html
https://www.weber-marking.com/glossary/large-character-printers.html
https://datalase.com/advantages-of-laser-coding-marking-for-packaging-and-labelling/
https://www.clearmark.uk/resources/advice-and-knowledge/thermal-transfer-overprinter
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