The Use Of Laser Printers In The Mineral Water Industry Has Become A Mainstream Identification Device
The Use Of Laser Printers In The Mineral Water Industry Has Become A Mainstream Identification Device
Whether it is small bottles of mineral water or bottled water, there is a trend for laser printers to replace ink machines. More and more water companies are replacing ink machines with laser printers as essential equipment for printing dates. Laser printers have become the preferred choice for the water industry. As an old brand enterprise of coding printers, Chengdu Linservice provides various CO2 laser marking printer products for mineral water and beverage enterprises, including 10W Xinrui laser, 30W Xinrui or Dawei laser generator configurations.
Firstly, laser printers are more environmentally friendly. Environmental protection is a concern for all manufacturers, and more large brands of mineral water are using laser printers. As a trend, more brands of mineral water are starting to use laser printers to mark production dates and batch numbers. As we know, Nongfu Spring, Ipoh, Ganten, Tiandi essence, and some Taiwanese mineral water brands. Laser identification is not only clear and beautiful, but also healthy and environmentally friendly without causing any potential harm to the human body and having any adverse effects on water quality. For domestic mineral water manufacturers, it is worthwhile to use laser labeling from a price perspective. Long term use of inkjet is not only a potential environmental hazard, but also due to its lifespan and consumable costs, problems may arise in the later labeling process. Continuous shortcomings and malfunctions can occasionally put our production line at risk of downtime. The consumables free and high stability of the laser machine make people feel more confident and trustworthy when using it. From the market reaction, laser labeling is more upscale and can enhance the value of our mineral water or beverages.
Secondly, laser printers can achieve more long-term anti-counterfeiting. Chengdu Linservice believes that mineral water, like ordinary beverage bottles, is made of PET material. The corresponding laser machine type for PET material is a carbon dioxide CO2 laser inkjet printer. Using a laser printer can quickly achieve content marking, causing laser burning on the bottle body, which cannot be wiped off by hand or chemical reagents, and there will be no phenomenon of alteration. Enable consumers to clearly see the production date and shelf life, making buying more reassuring.
How much is a CO2 laser marking printer suitable for mineral water? Mainly determined based on the speed of our production line, we choose laser machines with different wattage, and the prices vary. The price of a 10 watt Xinrui CO2 machine is around 50000 yuan, and the price of a 30 watt CO2 laser marking machine is around 90000 yuan. You can call Chengdu Linservice +8613540126587 for free access to laser logo scheme planning and color page materials for further understanding.
Recently, several mineral water manufacturers have consulted with laser machines for marking mineral water bottles with QR codes. Is there a solution? At present, laser printers are commonly used in China to label beverages, mineral water bottles or bottle caps with production date, number, and qualified product information. However, there have been no cases of PET transparent material 2D code laser marking. With current technical means, laser printers can print 2D codes without any problem, but transparent materials have no color difference, and scanning rate is a problem. 2D code scanning requires reference to surrounding colors, which is common sense; one solution is to use professional scanning equipment, which can emit colored light to highlight the QR code identification, form a color reference, and read the QR code information.
However, for consumers, it is not yet widely available and difficult to use, so business is not practical. Imagine who would buy a bottle of water to scan QR code information with an expensive scanner, so technology is currently unable to do so. With the development of technology, it should be possible to achieve. For the application of mineral water or other water quality beverages, the most commonly used production information codes are production dates, batch numbers, shifts, and other contents. The most important role is to ensure consumer benefits while allowing for convenient and efficient product system traceability.
Application of TTO Printer
Thermal transfer printer (TTO Printer) plays an important role in modern industry and is widely used in many fields, especially in the food, medicine, daily necessities and electronic product packaging industries. Its main function is to print the production date, shelf life, barcode and other information on various packaging materials through thermal transfer technology.
Read More24mm TTO Printer VS 32mm TTO Printer
24mm TTO printers and 32mm TTO printers have their own characteristics in technical specifications and are suitable for different needs. 24mm TTO printers usually attract SMEs with their compact design and lower cost, suitable for printing smaller barcodes and labels, and the speed can usually reach 300mm per minute. In contrast, 32mm TTO printers offer a wider printing format, suitable for larger packages, and can also reach a speed of 400mm per minute, suitable for efficient production lines. Both support a variety of ink types and have excellent print clarity and durability, which can meet the needs of different industries.
Read MoreHow Does a UV Laser Marking Machine Work?
The working principle of a UV laser marking machine revolves around the process of photochemical ablation. When the UV laser beam hits the surface of a material, it breaks the molecular bonds directly without generating significant heat, unlike traditional laser marking methods. This “cold” marking process ensures that the surrounding material is not damaged or altered, which is particularly beneficial for marking sensitive materials like plastics, glass, and certain metals.
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