What is the function of ultrasonic mask machine? What can Ultrasonic mask making machine can produce?
Time：Nov 17, 2023CTR：
Ultrasonic mask machine is a modern equipment for producing masks, with a complex and precise structure that can produce various types of masks. This article will provide a detailed introduction to the structure of the ultrasonic mask machine and which masks can be produced.
The ultrasonic mask machine mainly consists of an ultrasonic generator, a transducer, a mask shaper, an ear band fusion splicer, a mask feeder, and a conveying device. During the operation of the machine, the raw materials of the non-woven fabric are first cut into a certain length of material through an ultrasonic cutting machine, and then sent to the mask forming machine through a conveyor belt. After heating and pressing, the shape of the mask is formed. Next, the ear band fusion device will weld the ear band of the mask to make it more secure. Finally, after trimming and inspection, qualified masks will be sent to the feeder for stacking.
Ultrasonic mask machines can produce various types of masks, such as medical masks, protective masks, N95 masks, surgical masks, etc. These masks all have different filtering effects and uses. For example, medical masks are mainly used for medical care, protective masks are used to prevent particulate matter from entering the human respiratory system, N95 masks are more effective in filtering particulate matter from the air, and surgical masks are used in highly clean places such as operating rooms.
In addition to different types of masks, ultrasonic mask machines can also produce masks of different specifications to meet the needs of different users. For example, the size, thickness, and breathability of masks can be customized according to user needs. In addition, ultrasonic mask machines can also produce masks with filter elements, which can more effectively filter out particulate matter in the air.
In short, the ultrasonic mask machine is a powerful and complex equipment that can produce various types and specifications of masks. With the increasing demand for masks, the application of ultrasonic mask machines is also becoming more and more widespread.
The ultrasonic mask machine mainly consists of an ultrasonic generator, a transducer, a mask shaper, an ear band fusion splicer, a mask feeder, and a conveying device. During the operation of the machine, the raw materials of the non-woven fabric are first cut into a certain length of material through an ultrasonic cutting machine, and then sent to the mask forming machine through a conveyor belt. After heating and pressing, the shape of the mask is formed. Next, the ear band fusion device will weld the ear band of the mask to make it more secure. Finally, after trimming and inspection, qualified masks will be sent to the feeder for stacking.
Ultrasonic mask machines can produce various types of masks, such as medical masks, protective masks, N95 masks, surgical masks, etc. These masks all have different filtering effects and uses. For example, medical masks are mainly used for medical care, protective masks are used to prevent particulate matter from entering the human respiratory system, N95 masks are more effective in filtering particulate matter from the air, and surgical masks are used in highly clean places such as operating rooms.
In addition to different types of masks, ultrasonic mask machines can also produce masks of different specifications to meet the needs of different users. For example, the size, thickness, and breathability of masks can be customized according to user needs. In addition, ultrasonic mask machines can also produce masks with filter elements, which can more effectively filter out particulate matter in the air.
In short, the ultrasonic mask machine is a powerful and complex equipment that can produce various types and specifications of masks. With the increasing demand for masks, the application of ultrasonic mask machines is also becoming more and more widespread.
