In the spring of 2025, influenza A (H1N1) and infectious diseases broke out, and many parts of the country entered the peak period of influenza. According to the monitoring data of the disease control department, the current influenza virus transmission rate has increased by 20% compared with the same period last year, and the number of hospital epidemic patients has increased sharply. In this context, masks have become an important line of defense against the spread of the epidemic, and the market demand for mask machines has continued to surge. Some countries have experienced a temporary shortage of masks, and medical mask production lines have become the "lifeline" to ensure supply.
Influenza is an acute respiratory infectious disease caused by influenza virus, which is highly contagious and seasonal. In recent years, with the acceleration of global climate change and population mobility, the variability and prevalence of influenza viruses have become more complex and unpredictable. Therefore, masks, as an important tool to prevent the spread of influenza, have become a necessity in everyone's daily life.
In order to meet the growing demand for masks, the launch of the gosunm one-to-one mask production line has become the focus of the market and industry. The so-called "one-to-one" means that a high-efficiency and high-comfort mask can be produced through a single production line equipment, while improving production and quality. This production line uses advanced automation technology and precise control systems, which greatly improves production efficiency, especially under the premise of ensuring product quality, effectively solving the problem of tight mask supply in influenza prevention and control.
The mask production line combines automated equipment and artificial intelligence systems to efficiently produce masks in a short period of time. Compared with traditional mask production lines, the biggest advantage of the one-to-one production line is its innovative "one-to-one" design, which can produce multiple different types of masks at the same time without the need to frequently change production molds, thereby greatly improving production flexibility. This innovation breaks the traditional model of mask production and greatly improves the output and diversity of masks.
Advantages:
1. The production line adopts a "one-to-one" structure. After automatically feeding, cutting the nose clip and completing the mask sheeting, it is automatically transferred to the ear strap station to weld the ear straps and automatically stacked.
2. Fully automated production equipment, with a production cycle of up to 50 pieces per minute.
3. The main body adopts a welded structure, which is stable and firm for long-term work.
4. Using imported sensors and high-quality ultrasonic generators, the equipment operates stably and the product qualification rate is high.
5. The computer control system independently developed by gosunm and the touch screen operation panel are simple and easy to learn, saving labor.
The current production of masks not only pursues production capacity, but also focuses on functional innovation. The gosunm mask machine has a 99% inhibition rate on the H1N1 influenza virus, and its breathability is better than that of traditional masks, solving the problem of wearing comfort. At the same time, the gosunm fully automatic production line can quickly switch to produce masks of different specifications through intelligent sensors and 3D printing mold technology to meet the needs of multiple scenarios such as medical surgery and N95.
The gosunm one-to-one mask production line not only focuses on the production speed and quantity of masks, but also pays special attention to the protective performance and wearing comfort of masks. The masks launched this time have been optimized in terms of filtering effect, breathability, comfort, etc., meet domestic and international standards, and can effectively filter tiny particles in the air to prevent the spread of viruses. Especially in the season when influenza viruses are prevalent, wearing this mask can greatly reduce the risk of infection.
It is worth mentioning that the raw materials used in this production line have also been strictly screened, and high-efficiency non-woven fabrics, electrostatic filter layers and other materials have been used, which greatly improves the protective effect of the mask. After several rounds of experimental verification, the filtration efficiency of this mask can reach more than 95%, which is much higher than the standard of ordinary medical masks, and can effectively prevent the invasion of microorganisms such as influenza viruses and bacteria.
In addition, the comfort design of the mask has also received widespread attention. The ear hook part of the mask is made of soft and non-irritating material, which reduces the discomfort caused by long-term wearing. The design of the breathing valve makes the wearer breathe more smoothly, especially when wearing for a long time, without feeling oppression and discomfort, which greatly improves the use experience of the mask.
In the future, with the continuous advancement of technology, the production methods of masks will become more intelligent, automated and efficient. At the same time, changes in market demand also require manufacturers to continuously innovate and adjust product strategies to adapt to new health protection needs. Under this trend, the mask production industry will undoubtedly usher in new development opportunities and challenges. If you need to order, please contact me sale@gosunm.com
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