Ultrasonic Mask Welding Machine
With the rapid development of industrial production in our country, more and more domestic enterprises are paying attention to environmental protection and energy conservation issues - from the selection of raw materials to production and product packaging, they strive to meet environmental standards; This is especially true in the production process!
However, traditional welding often requires a large amount of manual operation to complete the entire process, which is not only inefficient but also labor-intensive; At the same time, due to the large amount of dust and harmful gases generated during the welding process, it can affect the health of workers and even pose safety hazards!
In order to solve this problem, people have developed ultrasonic welding technology - using high-frequency vibration to cause the surfaces of two objects to rub against each other and generate heat energy to achieve the purpose of bonding; This method not only avoids the dust and harmful substances generated by traditional welding, but also greatly reduces the labor intensity of workers and improves work efficiency.
By simultaneously separating and locking edges in the work program, extremely economical production can be achieved. Modular ultrasonic components ensure flexibility during installation on automated production lines. In the classics
Ultrasonic welding machines can also provide a wide and comprehensive range of options in terms of flexibility, joint quality, and welding data recording. The constant amplitude and power working mode of the digital ultrasonic box ensures that the bonding quality remains unchanged. The control software provides multiple welding modes and triggering functions, and implements multi-level amplitude and force curves. This perfectly encompasses all cutting, separation welding, and joining operations.
Ultrasonic welding technology for protective masks: Masks are crucial for protecting the respiratory tract from dust and avoiding viral infections. Effective masks play a significant role in slowing down the spread of the virus. Using ultrasonic technology to make multi-layer filter materials into finished protective covers. This can also be used to manufacture additional components such as nose clips, breathing valves, and straps.
Mask manufacturers rely on the use of ultrasonic welding technology, and respiratory protective masks are composed of different non-woven layers, as well as bottom and surface layers, depending on their application. The raw material of the protective cover is a flat cutting blank, made of roll material through ultrasonic waves. On the one hand, the cutting blank must conform to a specific shape; On the other hand, the cut edges of the protective cover material must not be left open. Ultrasonic cutting technology can perfectly meet this dual requirement. The use of molds and ultrasonic frequency resonance tools can economically separate and cut contour parts, while locking the edges by heating the cutting area. At the same time, matching holes and buckles can be integrated to fit valves or hanging straps.
The production of respiratory protective masks requires various cutting and joining operations, such as:
1. Production protective cover cutting blank (separate welding application)
2. Weld the edge areas at various points or lock the edges while cutting the contour
3. Welding breathing valve
4. Secure nose clip
5. Fixed strap
