When the novel coronavirus comes, how to do a good job in personal protection is a matter of great concern. As early as January 20, 2020, Academician Zhong Nanshan, the leader of the high-level expert group of the National Health Commission, called in an interview with CCTV News, "It is useful to wear masks to prevent novel coronavirus." In the context of the epidemic, the demand for masks has increased significantly in a short time. In the mask market, where there is a mix of good and bad products with varying quality, how can production be completed in the safest way possible? Is the effect of the mask laser marking machine really as good as rumored? With various confusions and questions, let's walk into Aohua Laser together to learn more.

[Aohua Laser] A: In the context of the global spread of new coronavirus, masks played a very important role in the epidemic prevention measures of Cov-19. The ability to block airborne transmission of viruses has led to a significant increase in demand and sales of masks. The anti-counterfeiting work of masks is particularly important in all aspects. There are many illegal elements who have made a fortune from this epidemic due to the tight market for masks. Fake masks are rampant in the market, and in terms of anti-counterfeiting, "anti-counterfeiting labels" have naturally become a key object for verifying the authenticity of masks in the process of air defense and epidemic prevention. To better code and mark masks, a laser marking machine is needed. At present, it is not an ordinary marking machine that can perform technical operations and support. Laser processing technology, in conjunction with the research and development of mask marking, fundamentally combats the proliferation of fake masks.

Answer: We have been researching the laser field for 29 years, and our valuable experience in production lines and technology development has made our laser marking field among the top. All company products have passed ISO9001 international system certification. The addition of laser marking machines has enabled the practical implementation of assembly line coordination in the important process of mask marking. The Aohua laser marking machine has an independent system with one click simple operation processing. Continuous compliance can be achieved by simply starting on the display screen, without the need for manual operation. It can automatically feed/receive/flip/label, etc. The fully automatic positioning makes the laser marking machine an important part of the mask production line. Reduce labor costs for enterprises and promote productivity.

Answer from Aohua Laser:

The traditional silk screen mask method can pose a certain degree of harm to human health. Screen printing ink is composed of pigments, binders, solvents, and auxiliary agents. The chemicals used contain benzene derivatives, which are harmful to the body. During the silk screen printing process, the ink used for washingnetWater, boiled oil, and other components may contain benzene, xylene, toluene, and other benzene derivatives. Benzene is one of the internationally recognized carcinogens. Long term inhalation of such substances can cause low white blood cell count, which can seriously lead to occupational diseases or leukemia. Once n-hexane is inhaled in excess, it can cause nerve paralysis in the body, and in severe cases, it can lead to fainting. The laser marking machine efficiently marks product information on masks by concentrating huge energy on plastic products through a laser beam. It overcomes several major problems such as high pollution, high consumables, high malfunctions, high maintenance, and easy elimination of traditional ink coding. Put it into the mask production line in a more environmentally friendly and healthy way.

Aohua Laser - Mask UV Laser Marking Machine

Product Code: AHL-UV-3W、AHL-UV-5W、AHL-UV-8W

[Shenzhen Aohua Laser Co., Ltd.], based on the prevention and control of the new coronavirus, timely independently developed and developed a new type of [mask UV laser marking machine]. This model is developed using a 355nm ultraviolet laser. Compared with infrared lasers, the third-order intracavity frequency doubling technology has a very small focused spot of 355nm ultraviolet light, resulting in a marking effect (belonging to cold light). The design and construction conform to human mechanics, are easy to use, require contactless operation, and have a long lifespan. Mainly used for ultra-fine marking and carving, especially suitable for marking medical masks, electronic thermometers, and other pharmaceutical packaging materials. High precision and meticulous light spot further ensure the marking effect of the manufacturer's assembly line mask production. The mask marking machine has effectively achieved "safety, zero contact, and permanent marking" throughout the entire process of practical operation.