Ultrasonic Edge Sealing Plastic Edge Pressing and Smoothing Machine

Ultrasonic edge sealing machine plastic edge pressing and flattening machine is a specialized equipment used for edge sealing and heat sealing of ice silk fabric masks. The following is a detailed introduction to this equipment:

I. Working Principle

The ultrasonic edge sealing machine plastic edge pressing and flattening machine utilizes high-frequency oscillation principles, transmitting sound waves through the welding head to the bonding surface of the workpiece (i.e., the ice silk fabric mask). Instant high-frequency vibration causes friction among the fabric molecules, reaching the plastic melting point, which rapidly dissolves the fabric and completes the welding. The strength of the bonding point in this welding method is close to that of a single piece of continuous material. With proper design, it can completely seal the edges of the mask.

II. Equipment Features

Efficient and Stable: Uses imported piezoelectric chips and high-performance components, providing strong and stable output to ensure welding quality.

Easy to Operate: The equipment is designed with an automatic control system and a user-friendly interface, allowing ordinary workers to quickly get started.

Flexible and Versatile: Can be adjusted according to different mask models and sizes, offering strong adaptability.

Energy-Saving and Environmentally Friendly: Ultrasonic welding requires no preheating, allows continuous operation, and has low energy consumption, meeting environmental requirements.

III. Technical Parameters

Output Power: 2500W~3KW

Frequency: 15KHZ~20KHZ

Voltage: 220V

Welding Speed: 5-20M/MIN

Sealing Width: 75MM

Machine Dimensions: Approximately 1200*600*1300MM

Weight: 90KG~130KG

IV. Application Scope

The ultrasonic edge sealing machine plastic edge pressing and flattening machine is widely applicable to the production and processing of masks made from fabrics such as ice silk and space cotton. With the continuous expansion of the mask market and increasing consumer demands for mask comfort and breathability, the application of such equipment in mask manufacturing enterprises is becoming increasingly widespread.