Ultraviolet cold light laser marking fruit labels, a new approach to environmental protection

In recent years, laser marking technology has been widely used in fruits. Some imported fruits or local fruits with certain brands will put labels on the surface of the fruits to indicate the brand, origin and other information in order to highlight brand awareness. And this kind of label is easy to be torn or forged, laser marking technology can mark on the peel, not only will not damage the pulp inside the fruit, but also play an anti-counterfeiting effect, unique and innovative.

The UV laser marking machine will print the retailer's logo, the best expiry date, the country of origin, and the cash register code on the outer layer of the avocado. M&S claims that the strong light hitting the fruit skin will only make the outermost skin peel off and fade. It is not destructive to the fruit, and the operation can be very precise.

The fruit technology expert said, “Given that all the practices carried out on avocados have been successful, we can extend this laser labeling technology to a variety of other fruits and vegetables. We will have the opportunity to reduce the number of products exponentially. The waste of packaging is very exciting."

Perfect Laser UV Laser Marking Machine PE-UV-10W

This equipment is mainly used for printing Chinese characters, English, numbers, production batch numbers, production dates, expiration dates, LOGO, real-time clock information, anti-counterfeiting and anti-channeling numbers, etc., to meet the requirements of GMP in the pharmaceutical industry and HACCP in the food industry.

Product advantages:

　　1 The structure is flexible, the professional bracket can be easily installed on the assembly line, and can be easily adjusted back and forth, even the assembly line with complex working conditions can cope with it freely;

　　2 Professional industrial-grade laser ensures faster marking speed and marking consistency, guarantees continuous and stable processing for 24 hours, and can easily adapt to the needs of industrialized mass production;

　　3 High photoelectric conversion rate, low energy consumption, long service life of the machine, saving a lot of processing costs for customers;

      4 The man-machine dialogue interface is friendly, what you see is what you get, the operation is simple and easy to use, and there is no need to worry about the trouble of frequent changes of operators.